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PS 13-110; Carlsbad Archway Sign; Sign Permits/Programs (PS) (2)
Comm No.: 140061.132rl Project: Carlsbad Welcome Sign-Rev 1 Location: Carlsbad, CA Code: 2013 California State Building Code / ASCE 7-10 Designer: RJD Date: 11/20/2014 2:53:57 PM 299 N. Weisgarber Road Knoxvill€,TN 37919^013 Ph. (865) 584-0999 fax (865) 584-5213 www.sign-engineer.com MBI michael brady inc, structural engineering STRUCTURAL CALCULATIONS FOR: Carlsbad Welcome Sign-Rev 1 Carlsbad, CA This design complies with the 2013 California Building Code, which adopts the 2012 IBC, 2012 UPC and the 2011 NEC. JOB INFORMATION Comm. No.: Project: City: State: Building Code: Loads Based On: Designer: Date: Doing Business As: 140061.132rl Carlsbad Welcome Sign-Rev 1 Carlsbad CA 2013 California State Building Code ASCE 7-10 RJD 11/20/2014 MBI STRUCTURAL LOUIS J.CORTINA, PE UC. NO. C66626 \\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132rl\140061-132rl.xlsm CITY OF CARLSBAD 14-2776 PLAN REVIEW CORRECTION LIST COMM: 14006L132rl PROJECT: Carisbad Welcome Sign LOCATION: 1200 Carisbad Village Dr Carlsbad, CA 92008 1. Ali sheets of pians must be signed by tlie person responsible for their preparation. (Califomia Business and Professions Code). a) Ail sheets of plans have been signed. 2. Provide total construction cost of the sign. $200,000.00 3. Provide a statement on the Title Sheet of the plans, stating that this project shall comply with the 2013 Califomia Building Code, which adopts the 2012 IBC, 2012 UPC and the 2011 NEC. a) Statement has been provided on Sheet S-l of the plans. 4. The plans shall indicate that special inspection will be provided for the following work. (Section 107.2) a) Special Inspection Sheet has been included to the plans. Special Inspection requirements for Steel Constmction, High-strength Bolts and Pier Foundation can be found on Sheet S-8 of the plans. 5. A Statement of Special Inspections, prepared by the registered design professional in responsible charge, shall be submitted. This statement shall include a complete list of materials and work requiring special inspection, the inspections to be performed and an indication whether the special inspection will be continuous or periodic (Section 1704.3). a) Special Inspections statement can be found on Sheet S-8 of the plans. 6. The footing design in the stmctural calculation shows allowable vertical bearing pressure 1500 psf and allowable lateral bearing pressure 200 psf/ft. Note 17 on sheet S-2 shows different information. Please revise note 17 to match the calculation. a) Note 17 has been revised to show allowable vertical bearing pressure 1500 psf and allowable lateral bearing pressure 200 psf/ft. (Sheet S-2). 7. The design engineer please consider the special consideration for wind load per ASCE 7-10 section 29.1.2.2. a) Special wind load cases. Natural Wind Gust and Tmck-Induced Gust, were considered in the revised calculation set (2013 AASHTO). Tmck-Induced Gust controlled over Natural Wind Gust (calculation, pg 5). Load combinations in the RISA models were updated to include Tmck-Induced Gust, (calculation, pg 26, 27-28, 34, 41-43, 54, 78, 81, 89, 95-97, 109, 118, 125-127, 138). See review comment #9 for deflections. 8. Provide complete input data for the RISA mn (i.e. Location of the joints, member location and size..etc). a) Input data for joint identification, joint coordinates, joint displacement, member identification, member length, member location and applied joint, distributed and area loads have been included in the RISA Report, (calculation, pg 12-141). i. Joint Identification (calculation, pg 18-20, 73, 84, 113) ii. Member Identification/Location (calculation, pg 11-17, 72) iii. Joint Coordinates (calculation, pg 30-32, 79-80, 85-87, 114-116) iv. Joint Displacement (calculation, pg 55-71, 82) v. Member Length (calculation, pg 32-34, 80, 87-89, 116-118) vi. Joint Loads (calculation, pg 34) vii. Distmbuted Loads (calculation, pg 34-54, 89-108, 118-138) viii. Area Loads (calculation, pg 54, 80-81, 108-109, 138) b) To simplify the calculation process and obtain specific forces and reactions for areas of interest, (4) models were analyzed. Applicable loading from the models were superimposed on the other applicable models. i. Model_l - (calculation pg 11-71) ii. Model_2 - (calculation pg 72-83) iii. Model_3 - (calculation pg 84-112) iv. Model_4 - (calculation pg 113 -141) 9. Provide the deflection for all members in the RISA run. a) Joint deflections have been included in the RISA Report (calculation, pg 55-71, 82). Deflections were below allowable (H/60, L/360) under full wind load therefore deflections at service load was not evaluated (calculation, pg 6). Maximum vertical deflection was 0.85 in (L/l 156) (N126, pg 57). Maximum lateral deflections are summarized below. i. ASCE 7-10 Case A Wind = 3.03 in = H/115 (N126, pg 59) ii. ASCE 7-10 Case B Wind = 3.03 in = H/l 15 (N126, pg 60) iii. ASCE 7-10 Case C Wind = 2.94 in = H/l 19 (N126, pg 62) iv. ASCE 7-10 Seismic = 2.31 in -11/151 (N126, pg 63) v. AASHTO 2013 Tmck-Induced Gust = 3.69 in = H/95 (N126, pg 71) 10. What is the constmction detail of the sign itself? How the sign connects to the support truss? a) See Details 1 and 2 of Sheet S-3, Detail 1 of Sheet S-5, Detail 1 of Sheet S-6 and Detail 1 of Sheet S-7 for sign to support truss welded connection. Additional sign construction detail by Federal Heath. 11. Include the source of power to the sign design: Service location, grounding, size (amperes and voltage), and AIC rating. a) Power is coming from a meter panel under the sidewalk to the East of the sign. A separate electrical permit will be obtained for that work. They will provide 4-20 amp circuits @ 120 volts for the sign. 12. Include the disconnection means description for the sign: Location and elements to be disconnected. a) See page E-1 and E-2. The sign will have a disconnect switch high up on the East leg as shown on the elevations. The sign can also be shut off at the time clock in the meter panel. 13. To speed up the review process, please note on this list (or a copy) where each correction item has been addressed, i.e. Plan sheet, note or detail number, calculation page, etc. a) Items have been addressed and summarized on this sheet. 14. Please indicate here if any changes have been made to the plans that are not a result of corrections from this list. If there are other changes, please briefly describe them and where they are located in the plans. a) Additional drawing Sheets S-5, S-6 and S-7 were included to provide additional sign cabinet to tmss support frame connection detail. 15. The jurisdiction has contracted with Esgil Corporation located at 9320 Chesapeake Drive, Suite 208, San Diego, Califomia 92123; telephone number of 858/560-1468, to perform the plan review for your project. Ifyou have any questions regarding these plan review items, please contact David Yao at Esgil Corporation. Thank you. a) No action required. IVIICHAEL BRADY INC. 299 N. Weisgarber Road Knoxvllle, TN 37919-4013 Phone: (865) 584-0999 JOB TITLE Carlsbad Welcome Sign Carlsbad, CA JOBNO. 140061.132r1 _ _ SHEET NO. CALCULATED BY ^jp DATE CHECKED BY LJC DATE 11/17/14 Wind Loads - Other Structures: Ultimate Wind Pressures Importance Factor = 1.00 Gust Effect Factor (G) = 0.85 Wind Speed = 110 mph Kzt = 1.00 Exposure = C A. Solid Freestandinq Walls & Solid Signs (& open siqns with less than 30% ooen) s/h = 0.21 Case A&B Dist tc sign top (h) 25.5 ft B/s = 5.69 C, = 1.81 Height (s) 5.4 ft Lr/s = 0.00 F = qz GCf As = 38.4 As Width (B) 30.8 ft Kz = 0.949 As = 167.1 sf Wall Return (Lr) = qz = 25.0 psf F = 6411 Ibs Directionality (Kd) 0.85 Percent of open area Open reduction CaseC to gross area 0.0% factor = 1.00 Horiz dist from windward edae Cf F= =azGCfAs (Dsf) Case C reduction factors 0 to s 3.24 68.8 As Factorif s/h>0.8 = 1.00 s to 2s 2.10 44.7 As Wall return factor 2s to 3s 1.52 32.3 As forCfatOtos= 1.00 3s to 10s 1.05 22.3 As 1 of 141 SUSGS ^^sign Maps Summary Report User-specified Input Building Code Reference Document 2012 International Building Code (which utilizes USGS hazard data available in 2008) Site Coordinates 33.16448°N, 117.34087°W Site Soil Classification Site Class D - "Stiff Soil" Risk Category I/II/III _ 2mi 3 5000m Camp Pendleton South Oceanside \l mapquest USGS-Provided Output © MapQuest Ss = 1.138 g SJ = 0.437 g S„s= 1.189 g S„j = 0.683 g Sps = 0.793 g Spj = 0.455 g For information on how the SS and Sl values above have been calculated from probabilistic (risk-targeted) and deterministic ground motions in the direction of maximum horizontal response, please return to the application and select the "2009 NEHRP" building code reference document. MCER Response Spectrum 0.00 0.00 0.20 0.40 0.60 0.80 1.00 1.20 1.40 1.60 1.80 2.00 Period, T (sec) Design Response Spectrum 0.0 lj 0.00 0.20 0.40 0.60 0.80 1.00 1.20 1.40 1.60 1.80 2.00 Period, T (sec) Although this information is a product of the U.S. Geoiogical Survey, we provide no warranty, expressed or implied, as to the accuracy of the data contained therein. This tool is not a substitute for technical subject-matter knowledge. 2 of 141 MBI michael brady ino. al englnesrlno Of L| JOBNAME: Carlsbad Melconae. Si^n _ COMM. NO: IHOObI . r 1 LOCATION: r.nr\.:hr.fl , r. 1^ .DATE: '^/yb/lH ITEM: Df.sign LoadS ENGINEER: |^ .| t) REVIEWER: 2013 V = NO r^pK Ss = 1.138 3 s, = B 4«C tiSS my IHx '/2 K = 23,' D = IH " = 11/IH" = Il.T I = l.BI G. = I.m H = an .Mb psF kj = UM.Mt. psfUi.iH ^(i.aiKiM'Vii') = sq pif tiSS 6.fe2S X Q.2SO K = 2b D = 8.bis" = Zfo'x Q/B.b2s" = 3b 0.T8 1.14 = 28.0S pif kJ = pscX I. IH Ko.lSl (B.fo7s"/'2l = IB pl-F HSS HX3X'/H K = 2H.1S D = 3" VD = 2M.2s'y 12/3" = n C.J = 2.00 G = I . IM c( = 2H.13 ps-f = C24.13 psrX I.IM H2.00K 3"/l2^ = 14 plf h = 24.IS D = 2" VD = 2M.2s'xl2/2" = IHb = 2.00 G = I.IH H = 24,13 ps-e UJ = (.24.13 pscX 1.14 Uz.ooM'Z = 10 plf- 3 Of 141 MBI michael brady inc. structurBl snglnsering JOBNAME: Cgrlsbad liJelCOPoe Si^n _ COMM. NO: IHOObI . \'h1r I LOCATION: Carlshadi , CK DATE: q/?f,/m ITEM: Di-'ligr^ Load^ ENQINEER: |^ .) REVIEWER: LurfMrNQire. Citsijri Life - S'O yr = I.QO t» - o.sa C- = 1.14 Cd = O.S = 0.002S-(, (o.<TBl(.l l4'HllO"pl^^'tl-OHo S^ = n.30 psf- K = C3t")CH,"') = Sit = H fl-'' F = (n.3 p^r")(H f+"") = 10 Ibs Seismic L0CX0I3 s, 1.138 c 0.M31 \/E = 0.14 3 W HSS 14 X 14X Vz HSS X ''4 Hss4x3x ''H HSS Hx2« ''4 Hss ^x ix ^b HSS W Va X Sijn Lui'^iriare.s U]eio^K+ BR.SS pl-T 22.38 plf 10.48 plf S.lS plf 4.85 plf Ib.SH plf 10 piF 100 Ibs Sttismic Loodi 11.0 plf 11.1 pl*- 8.3 pl*- I.O pt€ S.M plf 13. 1 plf 1. °l p^f 14.3 Ibs 4 of 141 MBI michael brady Inc. JOBNAME: Cgrl^hnHl UJelCQtv>e 5X%ni. _ COMM. NO: IMOOf, 1.r I LOCATION: f.nrlshnd , ITEM: .DATE: 11 / in / IM ENGINEER: g J REVIEWER: pprin \ l.\ir^rl I nnrtiric^ Ouerhead iOorvCari+i l*uered ^'^''^ - C^QlIcipiri^ - K)o+ rcqoired - jOa+ura.1 Vjind Goi*-s - Raquired - Trocfe-Irvdloced Go'i+i - R.equiredl li»Npor4ar\C«- Ccxfegory = T. _ 30 - 10 S' - S" = I.20 = S.2 (.l.20Xl.C>") = b.2M psF Trucb.- Ir^duceol Go^-t- pTa = 18.6 CdX^ = lB.8 (l.7o1(.I.O^ = 22. b ps-F tiSSMlrmx '/?• = 2(l/z"l/(4 = O.OTIM Cd = 2.0 - b (O.OTIM^ = 1.S7 p.^^ = 18.8 ll.Sl'lCl.o') = ^M.S p%e to = C24.S-psf')(lH"/ia'l = 3H.4 plf HSSM»3x '/4 q = 2(''HV3 = O. Ibl Cd = 2.0 - b (O.lbl") = 1.0 = 18.8 C I.O "^(l.o"^ = IB.B pif UJ = (IB.8 ps€-V3"//2'i = 4.1 plf HSSM>r2x '/4 q = 2(''MVZ = O.IS Cd = 2.0 - b(0.2S-^ = O.SO p^ = IB.8 lo.so'^Cl.o") = q.H psf UJ (4.4 psf V2"//z') = I. b plf .0 con+roIs I AO rri ina C„Vd = (l.0")CBSr,pb'KB^''8"') = bl.l >npK--r*- Cd = 12l/(bl.l ..,ph-«.V-^ = O.bl p^.;. = 18.8 (o.bi^Ci.o") = 11.5" psP UJ = (H.S p5FUe.b2sV/2'^ = 8.3 pl-F (r^o^r^,nal^ 5 of 141 MBI michael brady inc. JOBNAME: CgrKhari U3^ICQ^r^e LOCATION: cnrKhnrI , ITEM: _ COMM. NO: IMQOb I . [1,1 r I .DATE: n / in / IM ENGINEER: (g J REVIEWER: Def lpr4-inri La+erol Deflec+ion Lir«-ii + Ver4ital Dtf\«c+ior-i Limi + Aax La-Veral DeflecVior^ - '• '-/sfac. 3.b9 " tl 0.8S = 5.B3 n = 2.13 ^/iis-b < ^/bO '-/sfco / Ls4-ter- 40 Cabmet Conrveg-f^on t^0L« U0ir,(i Load = bS.S pif (uHimafe^ i\w Le4+er Kr<o. = (3.s'H3.S'"l = 12.3 f + * T"o+a\ P^jllou4 = O.b (.bS.B psf ")(.l-i.3 ^ 50 8 lbs Fas4er\er = ''H" TEt Screo l-«+4*r CittcV; Tlnickrvtss = O.OS /klorri. CQ.bir\e+ Face. TWvc.tr\«ss. = o.i-ls" M\ooalol<L Pyl|oo4 = 115 Iba fasteners Retjuirtd = S08 Ibs/ilS" Ibi = 4.H —» S * Ose a fa •ras4«ners p«r Le+4<r 6 Of 141 Comm No.: 140061.132rl Project: Carlsbad Welcome Sigr Location: Carlsbad, CA Code: 2012 IBC/ASCE 7-10 Engineer: RJD Date: 11/17/2014 1:55:07 PM 299 N. Weisgarber Road Knomille.TN 37919.4013 Ph.(865)584<1999 Fax (865) 584-5213 www.slgn-engineercom MBI michael brady inc. structural engi: ARCHITECTURAL COMPONENT SEISMIC DESIGN Soil Profile Type = D Table 20.3.1 Site Coefficients & Adiusted MCE Spectral Response Acceleration Parameters Ss = 1.138 g Sl = 0.437 g Fa = 1.045 Table 11.4-1 Fv = 1.563 Table 11.4-2 1.189 g Eq. 11.4-1 ^Ml -0.683 g Eq. 11.4-2 Sos = 0.793 g Eq. 11.4-3 SDI = 0.455 g Eq. 11.4-4 Importance Factor and Seismic Design Categorv Occupancv Category = II Table 1.5-1 Importance Factor, lp = 1 Table 1.5-2 Seismic Design Category = D Table 11.6-1 & Table 11.6-2 Basic Structural and Seismic Resisting Svstem Factors 2.5 Table 13.5-1 Rp = 3.0 Table 13.5-1 Seismic Design Force Mean Roof Height, h = 29.00 ft Attachment Height, z = 29.00 ft Fp = 0.793 Wp Eq. 13.3-1 Fp < 1.268 Wp Eq. 13.3-2 Fp S 0.137 Wp Eq. 13.3-3 Seismic Coefficient, Fp = 0.793 Wp -In ASD Terms, 0.7Fp = 0.555 Wp \\MBl-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132rl\140061-132rl-Seismic_2.xlsm 7 Of 141 Comm No.: 140061.132rl Project: Carlsbad Welcome Sign Location: Carlsbad, CA Code: 2013 California Building Code / ASCE 7-10 Engineer: RJD Date: 11/18/2014 10:34:17 PIVI 299 N. Weisgarber Road Knoxvllle.™ 37919^013 Ph. (865) 584-0999 Fax (865) 584-5213 www.sign-engineer.com MBI michae! brady inc, structural engineering STRUCTURAL CONNECTIONS HSS4x3xl/4 TRUSS to HSS5.563xO.500 SLEEVE WELD Fx = 25.78 kips Fv = 3.36 kips F. = 1.34 kips b = 4.00 in d = 3.00 in L = 14.00 in Sj = 15.00 in' Sv = 17.33 in' J = 57.17 in' zy = 2.50 in f.x = 1.841 k/in 0.240 k/in fv. = 0.096 k/in I'w -2.177 k/in Weld Size = 0.25 in Weld Capacity = 3.712 k/in OK 8.625"ODx0.250" COLUMN to PLATE WELD Shear, V = 0.10 kips IVloment, M = 4.53 k-in D = 8.63 in L = 27.10 in S = 58.43 in' Tw -0.081 k/in Weld Size = 0.25 in Weld Capacity = 3.712 k/in OK HSS2x2x3/16 OUTRIGGER to HSS4x3xl/4 TRUSS WELD F. = 0.56 kips Fy = 0.28 kips b = 2 in d = 2 in L = 4 in I'w -0.211 k/in Weld Size = 0.125 in Weld Capacity = 1.856 k/in OK \\IVIBl-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132rl\140061-132rl-WELD.xlsm 8 Of 141 Comm No.: 140061.132rl Project: Carlsbad Welcome Sign Location: Carlsbad, CA Code: 2013 California Building Code / ASCE 7-10 Engineer: RJD Date: 11/18/2014 10:34:17 PM 299 N. Weisgarber Road Knoxville,™ 37919-4013 Ph. (865) 584-0999 Fax (865) 584-5213 www.sign-engineer.com MBI michael brady Inc. structural engineering HSS4.5"x0.375" to 3/8" STEEL PLATE WELD Fx Fz Fv 16.2 kips 6.3 kips 3.62 kips 4.50 in 14.14 in 15.90 in' Weld Size = Weld Capacity = 1.848 k/in 0.25 in 3.712 k/in OK 3/4"xl0" DIAMETER MOUNT PLATE to HSS14xl4xl/2 COLUMN WELD Fx = 16.2 kips F. = 6.3 kips Fy = 3.62 kips D = 10.00 in L = 31.42 in S = 78.54 in' r„ = 0.831 k/in Weld Size = 0.375 in Weld Capacity = 5.568 k/in OK 1" DIAMETER THREADED ROD CONNEaiON F, = 6.3 kips Material = A36 Ultimate Tensile Strength, Fl, = 58 ksi Nominal Tensile Stress, F„, = 44 ksi Diameter = 1.00 in Area = 0.785 in' Allowable Tension = 17.08 kips OK \\MBI-FILE\MBl-Operations\Engineering\Signs\Projects\2014\140061\140061-132rl\140061-132rl-WELD.xlsm 9 of 141 Comm No.: 140061.132rl Project: Carlsbad Welcome Sign-Rev 1 Location: Carlsbad, CA Code: 2013 California State Building Code / ASCE 7-10 Designer: RJD Date: 11/18/2014 9:59:25 AM 299 N. Weisgarber Road Knoxville. TN 37919-4013 Ph. (865) 584^)999 Fax (865) 584-5213 www.sign-engineer.com MBI michael brady inc. structural engineering FOUNDATION DESIGN Footing Loads Axial, Pa 8.0 k Moment, Ma 129.6 k-ft Shear, Va 6.1 k Base Column to Footing Connection Type Direct Embed Footing and Soils Data Concrete Strength, f'^ 2500 psi Materials Class 5 Sign or Flagpole Yes Allowable Vertical Bearing Pressure 1500 psf Allowable Lateral Bearing Pressure 200 psf/ft Caisson Footing Constrained Base No Diameter, b 3.50 ft Vertical Reinforcing Bar Size #5 Top Depth to Ignore for Poor Soil Conditions 1.25 ft Depth Calculation Status OK Effective Height, h 21.3 Sl 0.80 S3 2.40 A 5.08 ft Assumed Depth (not including ignored top depth) 13.70 ft Required Depth (not including ignored top depth) •/ 13.70 ft Concrete Strength, f'^ 2500 psi Minimum Diameter for Structural Plain Concrete Use 4.74 ft Required Reinforcing Type None Minimum Reinforcing Ratio 0.00% Minimum Reinforcing, As.^in 0.00 sq in Required Flexural Reinforcing Ratio 0.00% Required Flexural Reinforcing, Aj 0.00 sq in Controlling Reinforcing, Aj.reqd 0.00 sq in 0 #4 Bars 0.00 sq in 0 #5 Bars 0.00 sq in 0 #6 Bars 0.00 sq in 0 #7 Bars 0.00 sq in 0 #8 Bars 0.00 sq in Caisson Footing Design Summary Footing Diameter, b 3.50 ft Footing Depth, D 15.00 ft Estimated Volume 5.3 yd3 Selected Bar Size #5 Required Quantity 0 IBC Table 1804.2 - Allowable Foundation and Lateral Pressure Class of Materials Allowable Bearing Pressures Class of Materials Vertical Lateral Class of Materials psf psf/ft 1 Crystalline bedrock 12000 1200 2 Sedimentary and foliated rock 4000 400 3 Sandy gravel and/or gravel (GW and GP) 3000 200 4 Sand, silty sand, clayey sand, silty gravel and clayey gravel (SW, SP, SM, SC, GM and GC) 2000 150 5 Clay, sandy clay, silty clay, clayey silt, silt and sandy silt (CL, ML, MH and CH) 1500 100 Geotech Geotechnical study is applicable -- Wofe; If structure is a sign or flagpole, the lateral bearing pressure value fronf) abo\/e has been doubled at left per IBC 1804.3.1 (only for Class of Materials 1-5) Wote; If pole is directly embedded into caisson footingj the steel pole is deemed to provide footing reinforcement for fiexurai ioads appiied to the footing, if anchor bolts are used and the "Diameter, b" exceeds "Minimum Diameter for Structurai Plain Concrete Use" value, ACi 318 does not require reinforcement in footing since an unreinforced section is sufficient to resist the flexural loads applied to the footing. However, ofpce standard practice is to provide at minimum 0.18% in a caisson footing due to the presence of anchor bolts, primarily due to the need to develop the anchor boit tensile forces with the longitudinal reinforcing. \\MBI-FlLE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132rl\140061-132rl.xlsm 10 Of 141 Section Sets HSS14x14x1/2 HSS8-5/8x1/4 HSS4x3x1/4 HSS4x2x1/4 HSS3x3x3/16 HSS4-1/2x3/8 Dummy 77 ^7 MBI RJD 140061.132r1 Carlsbad Welcome Sign S-1 Nov 18, 2014 at 9:46 PM 140061-132r1 - Model 1.r3d 11 Of 141 MBI RJD 140061.132r1 Carlsbad Welcome Sign S-2 Nov 18, 2014 at 9:47 PM 140061-132r1 - Model l.rSd 12 Of 141 MBI RJD 140061.132r1 Carlsbad Welcome Sign S-3 Nov 18, 2014 at 9:47 PM 140061-132r1 - Model l.rSd 13 Of 141 MBI RJD 140061.132r1 Carlsbad Welcome Sign S-4 Nov 18, 2014 at 9:47 PM 140061-132r1 - Model l.rSd 14 Of 141 MBI RJD 140061.132r1 Carlsbad Welcome Sign S-5 Nov 18, 2014 at 9:47 PM 140061-132r1 - Model 1.r3d 150f 141 MBI RJD 140061.132r1 Carlsbad Welcome Sign S-6 Nov 18, 2014 at 9:47 PM 140061-132r1 - Model 1.r3d 16 Of 141 MBI RJD 140061.132r1 Carlsbad Welcome Sign S-7 Nov 18, 2014 at 9:48 PM 140061-132r1 - Model 1.r3d 17 Of 141 \U2 131 ^136 1vJ135 ^134 ^133 1J1^124A 1^130 ^122 ^128 23 ^126 ^129 ^125A ^117 ^107 1»J106A 1J105A MBI RJD 140061.132r1 Carlsbad Welcome Sign S-8 Nov 18, 2014 at 9:50 PM 140061-132r1 - Model 1.r3d 18 Of 141 MBI RJD 140061.132r1 Carlsbad Welcome Sign S-9 Nov 18, 2014 at 9:53 PM 140061-132r1 - Model 1.r3d 19 Of 141 ^105 ^104 1gi03 ^J9%128A ni9, MBI RJD 140061.132r1 Carlsbad Welcome Sign S-10 Nov 18, 2014 at 9:54 PM 140061-132r1 - Model 1.r3d 20 Of 141 -.1k 77 77 Loads: BLC 1, Dead Load MBI RJD 140061.132r1 Carlsbad Welcome Sign S-12 Nov 18, 2014 at 9:57 PM 140061-132r1 - Model 1.r3d 21 Of 141 -.07k -59lb/f1 59lb/fl/^ Loads: BLC 2, Wind Load A MBI RJD 140061.132r1 Carlsbad Welcome Sign S-13 Nov 18, 2014 at 9:57 PM 140061-132r1 - Model 1,r3d 22 Of 141 -59lb/ft 59lb/ft., Loads: BLC 3, Wind Load B MBI RJD 140061.132r1 Carlsbad Welcome Sign S-14 Nov 18, 2014 at 9:57 PM 140061-132r1 - Model 1.r3d 23 Of 141 -.07k -59lb/ft Loads: BLC 4, Wind Load C MBI RJD 140061.132r1 Carlsbad Welcome Sign S-15 Nov 18, 2014 at 9:57 PM 140061-132r1 - Model 1.r3d 24 Of 141 -71lb/f| Loads: BLC 5, Seismic MBI RJD 140061.132r1 Carlsbad Welcome Sign S-16 Nov 18, 2014 at 9:57 PM 140061-132r1 - Model 1.r3d 25 Of 141 -.07k -34.4lb/tl -34.4lb/fl/^' Loads: BLC 6, Truck Induced Wind Load MBI RJD 140061.132r1 Carlsbad Welcome Sign S-17 Nov 18, 2014 at 9:57 PM 140061-132r1 - Model 1.r3d 26 Of 141 il II Company RISA ^}}';?^' H o L II G I E s Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC global Display Sections for Member Calcs 5 Max Intemal Sections for Member Calcs 97 Include Shear Deformation? Yes Include Warping? Yes Trans Load Btwn Intersecting Wood Wall? Yes Increase Nailinq Capacitv for Wind? Yes Area Load Mesh (in*2) 144 Merqe Tolerance (in) .12 P-Detta Analysis Tolerance 0.50% Include P-Delta for Walls? Yes Automaticiv Iterate Stiffness for Walls? Yes Maximum iteration Numberfor Wall Stiffness 3 Gravity Acceleration (in/sec"2) 386.4 Wall Mesh Size (in) 12 Eigensolution Converqence Tol. (1.E-) 4 Vertical Axis Y Global Member Orientation Plane XZ Static Solver Sparse Accelerated Dvnamic Solver Accelerated Solver Hot Rolled Steel Code AISC 14th(360-10): ASD Adiust Stiffness? Yesdterative) RISAConnection Code AISC 14th(360-10): ASD CoW Fonmed Steel Code AISI 3100-10: ASD Wood Code AF&PA NDS-12: ASD Wood Temperature <100F Concrete Code ACI 318-11 Masonrv Code ACI 530-11: ASD Aluminum Code AA ADM1-10: ASD - Building Number of Shear Regions 4 Reaion Spacing Increment (in) 4 Biaxial Column Method Exact Integration Parme Beta Factor (PCA) .65 Concrete Stress Block Rectanqular Use Cracked SecUons? Yes Use Cracked Sections Slab? Yes Bad Framing Wamlngs? No Unused Force Wamings? Yes Min 1 Bar Diam. Spacing? No Concrete Rebar Set REBAR SET ASTMA515 Min % Steel for Column 1 Max % Steel for Column 8 Seismic Code ASCE 7-10 Seismic Base Elevation (in) Not Entered Add Base Weight? Yes Ctz .02 Ctx .02 TZ(sec) Not Entered TX(sec) Not Entered RZ 3 RX 3 Ct Exo. Z .75 Ct EXP.X .75 SDI .46 SDS .79 81 .44 TL (sec) a Risk Cat lori! OmZ 1 OmX 1 RhoZ 1 RhoX 1 Hot Rollad Stool Soct/on Sofg Label _Stiape_ Type Design List Material Design Rule; A [in2] lyy [in4] Izz [in4] J [in4] HSR14x14x1/2 HSS14x14x8 Column SquareTube A50Q Gr.B Rect Typical 24.6 743 743 1170 HSSa-5/8x1/4 HSSa.625x0.250 Cobmn HSS Rpe ASOO Gr.B RND Typical 6.14 S4.1 54.1 108 HSS4x3xi;4 HSS4x3x4 Beam RECT A50Q Gr.B Red Tvpical 2.91 3.91 6.15 7.96 HSS4x2x1/4 HSS4x2x4 Beam RECT ASOO Gr.B Reet HSS3x3x3/16 HSS3x3x3 Beam SquareTube ASOO Gr.B Rect Typical 2.44 1.48 4.49 3.82 Tvoical 1.89 2.46 2.46 HSS4-1/2x3<8 HSS4.500xO.375 Beam Dummy HSS8.625x0.250 Column HSS Pipe ASOO Gr.B RND HSS Pipe ASOO Gr.B RND Typical 4.55 9.87 9.87 19.7 Typical 6.14 54.1 54.1 108 Basic Load Casos BLC Description Category X Gravity Y Gravity Z Grauity .loint Point Distributed Area(Me. .Siirfar.a(P Dead load PL Wind Load A WL 122 Wind Load B WL 122 Wind Load C WL 122 Seismic 186 6 iTmek Induced Wind L.. WL 180 R1SA-3D Version 12.0.2 [\\MBI-FlLE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - Model_1.r3d] Page 1 27 of 141 llRiSA •CHMOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Basic Load Casos (Continuod) BLC Description Category X Gravity Y Gravity Z Gravity Joint Poinl Distributed Area(Me... SurfacefP, BLC 1 Transient Area None 224 K-C 2 Transient Area. None 112 BLC 3 Transient Area . None 112 BLC 4 Transient Area None 129 BLC 5 Transient Area None 224 J2-BLC 6 Transient Area None 112 . Description Solve PDelta SRR.S BIC Factor BLC Factor BLC Factor BLC Factor BLC Factor BLC Factor BLC Factor BLC Factor 1 LC1 Yes Y 1 2 .6 LCS Y 1 3 .6 LC3 Yes Y 1 4 .6 4 LC4 Yes Y .( 1 5 .7 ft LCS Yes Y .6 2 .6 fi LRB Yea Y .\ .6 3 .6 _z_ LC7 Yes Y 1 .6 4 .6 LC8 Yes Y .6 5 .7 9 LC9 Yes Y 1 1 6 1 Envolopo AISC 14th(i60.10); ASD Stool Codo Chocks Member Shape Code Check Loc[in] Shear. Locjin] X2iL Pnc/om [ Pnt/om [k] Mnyy/om Mnzz/om Qh. .EqtL _U1_ HS.<;i4xi4xa .499 .091 613.34 677.6 284.63 284.63 Hl-lb _U2_ HSS14x14ya .528 HSSa.625xQ.250 .085 613.34 677.6 284.63 284.63 .002 153.03 154.42 34.37 34.37 H1-1b M4 HSSa625yg.2S0 153.03 154.42 34.37 34.37 Hl-lb MS HSS4x3x4 .365 .159 79.71 80.16 7.16 8.75 H1-1b M6 HSS4x3x4 .053 -005 6307 80.16 7.16 8.75 H1-1b M7 HSS4x3x4 .057 38.92 .007 63.07 80.16 7.16 8.75 H1-1b _ua_ HSS4x3y4 .071 36.76 008 6307 80.16 7.16 a.75 H1-1fa M9 HSS4x3x4 .082 30.99 .010 63.07 80.16 7.16 8.75 H1-1b MIO HSS4x3x4 .103 32.43 .012 69.19 63.07 80.16 7.16 8.75 H1-1b M11 HSS4x3x4 .107 32.43 .012 69.19 63.07 80.16 7.16 8.75 H1-1b M12 HSS4x3x4 .112 35.73 .012 _Z1L 62.72 80.16 7.16 8.75 Hl-lb M13 HSS4x3x4 .112 32.43 .011 69.19 63.07 80.16 7.16 8.75 Hl-lb M14 HSS4x3x4 .103 33.87 .009 69.19 63.07 80.16 7.16 8.75 Hl-lb M15 HaS4».3y4 •076 30.27 OOS 63.07-80.16 7.16 8.75 H1-1b HSS4x3x4 .065 28.11 .006 69.19 63.07 80.16 7.16 8.75 H1-1b M17 HSS4x3x4 .047 29.55 .008 69.19 63.07 80.16 7.16 8.75 H1-1b JiS-Mia HSS4x3x4 .031 69.19 -008 69-19 63-07 80.16 7-16 8-75 H1-1b M19 HSS4x3x4 42.82 .126 42.82 79.71 80.16 7.16 8.75 Hl-lb _2£L U20 HSS4x.1y4 • 154 -047 10.55 79.71 80-16 7.16 8.75 Hl-lb -21-M21 HSS4x3x4 .107 .009 62.71 80-16 7.16 8.75 Hl-lb _22-M22 HSS4x3x4 .302 70.02 .010 62-71 80.16 7.16 8-75 H1-1a -23-M23 HSS4x3x4 .397 70.02 .010 62.71 80.16 7.16 8.75 Hl-la _24_ M24 HSS4x3x4 -489 40.85 .011 62.71 ao.16 7.16 8.75 Hl-la _2S-M2S HSS4x3x4 .537 38-66 -014 62.71 80.16 7-16 8.75 L2 H1-1a _26-M26 HSS4x3x4 •555 36.68 .013 62.53 80.16 7.16 8.75 Hl-la _2Z-M27 HSS4y3x4 .539 38.15 .011 62-53 80.16 8.75 H1-1a -_2a-M28 HSS4x3x4 .486 35.01 .010 62.71 80.16 7-16 8-75 H1-ta -23-M29 HSS4x3x4 .406 32.82 .012 62-71 80.16 7.16 8-7S Hl-la M30 HSS4x3x4 .295 29.91 .005 70.02 62.71 80.16 7.16 8.75 H1-1a _ai-M31 HSS4x3x4 • 104 23.34 .008 70.02 62.71 80.16 7.16 8-75 H1-1b 3S- HSS4y3y4 -053 7002 012 62-71 80.16 7-16 8.75 H1-1b M33 HSS4x3x4 .122 72.36 .046 72.36 79.71 80.16 7.16 8.75 H1-1b M34 HSS4x2x4 085 -037 53.69 4.11 6.75 Hl-lb _3S_ M35 HSS4x2x4 .092 .009 58.04 46.26 67.21 4.11 6.75 Hl-lb -J36-M36 HSS4x2x4 .046 se.sa .004 47.12-67.21 4.11 6.75 _32-M37 HSS4x2x4 .036 56.58 .003 47.12 67.21 4.11 6.7S Hl-lb M38 HSS4X2X4 .044 56.58 .005 56.58 47.12 67.21 4.11 6.75 Hl-lb _39-M39 HSS4x2x4 .039 56.58 -005 47.12 67.21 4-11 6.75 H1-1b _4a_ M40 HSS4x2x4 -045 56.58 .008 56.58 47.12 67.21 4.11 6.75 H1-1b M41 HSS4y2x4 -046 56.58 -007 47.12 67-21 4.11 6.75 H1-1b -42-M42 HSS4x2x4 -049 56.58 .009 56.58 47.12 67.21 4.11 6.75 H1-1b _4a-IVI43 HSS4x2x4 .043 54 81 -008 47.12 67.21 4-11 6-75 Hl-lb -44-H55S4yay4 •062 56.58 .013 47-12 67-21 4.11 675 H1-1b J5_ M45 HSS4x2y4 •052 .011 47^12 67.21 4.11 6.75 H1-1b -46-M4e HSS4x2x4 •060 56-58 •012 56-58 47.12 67-21 4.11 675 H1-1b J7-M47 HSS4x2x4 .052 .012 47.12 67.21 4.11 6.75 H1-1b .4fi_ W48 HSS4y2y4 .060 56.83 •013 46.98 67.21 4.11 6-75 Hl-lb -49-M49 HSS4X2X4 .049 .012 46.97 67.21 6.75 Hl-lb -50-M59 HSS4x2x4 .056 56.58 .013 56.58 47.12 67.21 4.11 6.75 Hl-lb -51-M51 HSS4x2x4 •044 •Oil 47.12 67.21 4.11 6.75 11 H1-1b -S2-M52 HSS4x2x4 •049 56.58 .012 56.58 47.12 67.21 4.11 6.75 Hl-lb -53-M53 HSS4X2X4 .040 -012 47.12 67.21 4.11 6-75 H1-1b -54-M54 HSS4X21(4 •029 56.58 .009 56.58 47.12 67.21 4-11 6-75 Hl-lb _55-M55 HSS4x2x4 .025 .008 47.12 67.21 4-11 675 H1-1b -56-M56 HSS4x2y4 -027 .008 56.58 47.12 67-21 6.75 Hl-lb .•5Z-M57 HSS4x2y4 •018 •006 47.12 67.21 4-11 6-75 Hl-lb -58-M5a HSS4x2y4 •020 .006 56-58 47.12 67.21 4.11 6.75 H1-1b -59-IVI59 HSS4x2x4 .014 •004 47.12 67.21 4.11 6-75 Hl-lb -50-M60 HSS4x2x4 .021 .002 56-58 47-12 67-21 4.11 675 2A H1-1b -Sl-M61 HSS4x2x4 .026 .003 47.12 67.21 4-11 6-75 Hl-lb R1SA-3D Version 12.0.2 [\\IVIBI-FILE\MBl-Operations\Engineering\Signs\Projects\2014\140061\140Q61-132r1\140061-132r1 - Model_1.r3d] Page 2 28 of 141 IIRISA :HNai.0QiES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checl<ed By: LJC Envolopo AISC im(360.10); ASD Stool Codo Chocks (Cnntinuod) 62 M62 HS.<54y2y4 065 58.04 4 .008 .•ia.04 7 9 46-26 67 21 4.11 6.75 1 H1-1b 63 M63 HSS4y2y4 065 45 9 .038 0 Z 9 53-69 67.21 4.11 6.75 2... H1-1b 64 M64 HSS4y3y4 .358 0 2 .096 10-26 V 3 79-71 80.16 7-16 8.75 4., Hl-lb 65 M65 HSS4y3y4 .017 0 9 .006 0 V 9 63-07 80.16 7-16 8.75 ? H1-1b 66 M66 HSS4y3y4 -063 41-8 9 .007 0 7. 9 63.07 80.16 7.16 8.75 1„. Hl-lb 67 M67 HSS4y3y4 .113 3748 9 .008 69-19 V 9 63.07 80.16 7-16 8-75 1 Hl-lb 68 Mea HSS4x3x4 286 33.15 9 .008 69.19 V 9 63.07 80-16 7.16 8.75 1 Hl-la 69 M69 HSS4x3y4 361 31-71 9 -010 69.19 7. 9 63.07 an 16 7.16 8.75 1 H1-1a 70 M70 HSS4x3y4 -408 29-55 9 .010 0 7. 3 63.07 80.16 7.16 8.75 1,,, Hl-la 71 M71 HSS4y3y4 429 29.17 9 .009 70 Z 3 62.72 80-16 7-16 8.75 1 Hl-la 72 M72 HSS4y3y4 421 26-67 9 .008 69.19 7 7 63.07 8016 7-16 8-75 1 Hl-la 73 M73 HS.<Uy3y4 387 26.67 9 006 0 Z 4 63-07 80 16 7.16 8.75 1 Hl-la 74 M74 HSS4yay4 322 21.62 9 .004 69.19 y 9 63.07 80 16 7.16 875 1 Hl-la 75 M7S HSS4y3y4 .242 23.06 9 .006 69.19 V 9 63.07 80-16 7-16 8.75 1 , H1-1a 76 M76 HSS4y3y4 .081 24.5 9 ooa 69-19 y 9 63.07 80.16 7.16 8.75 1, H1-1b 77 M77 HSS4y3x4 028 38.2 9 .010 0 V 9 63.07 80-16 7.16 8.75 1,., H1-1b 78 M7a HSS4xay4 -373 42-82 1 -110 J2.5S-y 4 79.71 80-16 7.16 8.75 4... Hl-lb 79 M79 HSS4x3y4 284 0 9 -138 0 V 9 79-71 80.16 7-16 8.75 4... Hl-lb 80 M80 HSS4x3y4 -028 0 9 .008 0 V 9 62.71 80-16 7.16 8.75 2... Hl-lb ai Mai HSS4y3y4 032 54-71 9 .009 0 V 9 62.71 80.16 7-16 8.75 1 H1-1b 82 Ma2 HaS4y3y4 .043 62 5 -010 0 y 9 62.71 80-16 7.16 8.7S 1,5 H1-1h 83 M83 HSS4x3y4 .056 45.22 9 -012 70.02 z 9 62.71 80.16 7.16 8.75 1 ,, Hl-lb 84 M84 HSS4x3y4 067 43.04 5 .011 0 z 2 62-71 80.16 7.16 8-75 1... Hl-lb as M85 HSS4x3y4 .074 38-15 5 .010 70.44 7. ? 62.53 80-16 7.16 8.75 1,., Hl-lb 86 Ma6 HR$Uy3v4 078 34.48 5 -009 70 44 7 3 62.53 S016 7 lfi a75 1 H1-1h 87 Ma7 HSS4y3y4 .081 29.18 6 -008 70.02 7 3 62.71 80.16 7.16 8.75 1„, H1-1b 88 Maa H8.<UySy4 079 21.88 6 .006 0 7 4 62-71 8016 7-16 8.75 1 H1-1b 89 Mag HSS4x3x4 070 6.56 6 .006 70-02 y 9 62-71 80.16 7.16 8.75 1... Hl-lb 90 M90 HSS4y3y4 .062 14.59 9 .008 .mo2-V 9 62.71 80-16 7.16 8-75 1.., H1-1h 91 Mgi HSS4x3y4 066 70-02 9 .011 70.02 V 9 62.71 80 16 7.16 8-75 1,„ H1-1b 92 Mg2 HSS4x3y4 335 72.36 9 .160 72-36 V 9 79-71 8016 7.16 8-75 4 Hl-lb 93 Mg3 HSS4y2y4 143 0 9 .040 45 V 9 53-6g 67.21 4.11 6-75 ? Hl-lb 94 M94 HSS4y2y4 .107 0 9 ooa 0 y 9 46.26 67.21 4.11 6.75 2„ Hl-lb 95 Mgs HSS4y5y4 062 0 9 .005 .56.58 7 fl 47-12 67.21 4-11 6.75 1 Hl-lb 96 M96 HSS4x2x4 055 56.58 9 .003 0 y 9 47-12 67.21 4.11 6.75 7 Hl-lb 97 M97 HSS4y2y4 .052 56-58 9 -004 0 7 9 47.12 67-21 4.11 6.75 2... H1-1b ga M98 HSS4x2x4 .055 56.58 9 .006 56-58 Z 9 47-12 67.21 4.11 6-75 7 Hl-lb 99 Mgg HSS4y2y4 .049 56.58 9 .006 0 7 9 47-12 67.21 4-11 6.75 ? Hl-lb 100 M100 HSS4x2y4 055 56.58 9 .007 .56.58. 7 9 47-12 67.21 4-11 6-75 ? Hl-lb 101 M101 HSS4x2x4 048 56.58 9 .008 0 Z 9 47.12 67 21 4.11 6.75 2... H1-1b 102 M102 l-e^y2y4 058 56-58 g .011 .56^8. 7 9 47.12 67.21 4.11 6.75 2 H1-1h 103 M103 HSS4x2y4 .041 56-58 9 .012 0 7. 9 47.12 67-21 4.11 6.75 2,,. H1-1b 104 M104 HSS4y2y4 -051 56-58 9 -012 56.58 7 9 47.12 67-21 4.11 6.75 2... Hl-lb 105 Ml 05 HSS4y2x4 .035 0 9 -014 0 Z 9 47.12 67-21 4.11 6.75 2.,. H1-1b 106 M106 HSS4y2y4 .044 56.58 9 .014 56.58 7 9 47.12 67.21 4-11 6.75 2,. Hl-lb 107 M107 HSS4x2y4 038 0 9 -015 0 7 9 46.98 67.21 4.11 6.75 2 Hl-lb 108 Ml 08 HSS4y2x4 048 56.83 9 .014 56.83 Z 9 46.97 67-21 4.11 6.75 2„ Hl-lb 109 M109 HSS4y2y4 .050 0 9 -015 0 7 9 47-12 67.21 4.11 675 2 Hl-lb 110 M110 HSS4y2y4 056 56.58 9 .013 .56Ja_ Z 9 47.12 67.21 4.11 6-75 2 Hl-lb 111 Mill HSS4x2y4 .059 0 9 -014 0 7 9 47.12 67-21 4.11 6.75 2.,, Hl-lb 112 H112 HSS4y2y4 060 56-58 9 .012 _56.sa_ 7 9 47.12 67 21 4.11 6.75 ? Hl-lb 113 M113 HSS4x2x4 066 0 9 .012 0 Z 9 47.12 67 21 4.11 6-75 ? Hl-lb 114 Ml 14 HSi.<Uy3y4 058 56.58 g .008 58.58 7 9 47-12 67.21 4.11 6.75 7... Hl-lb 115 M115 HSS4x2x4 064 0 g .008 0 Z 9 47.12 67.21 4.11 6.75 2... Hl-lb 116 M116 HSS4y2x4 060 0 9 .006 _5S.5i. 7 9 47.12 67-21 4.11 675 1 Hl-lb 117 M117 HSS4x2y4 066 0 9 .006 0 Z 9 47.12 67-21 4-11 6.75 2, H1-1b 118 M118 HSS4y2x4 069 56.58 9 .004 5S-S8 Z 9 47.12 67-21 4.11 6.75 1... Hl-lb 119 M119 HSS4y2y4 072 0 9 .004 0 z 9 47.12 67.21 4.11 6.75 2... H1-1b 120 Ml 20 HSS4x2x4 083 0 g .005 0 7. 9 47.12 67.21 4.11 6.75 1, Hl-lb 121 M121 HSS4y?y4 124 .58 04 g .011 58.04 V 9 46-26 67.21 4-11 6-75 7 Hl-lb 122 M122 NSS4x2y4 .184 45 9 -041 0 y 9 53.69 67-21 4.11 6.75 2.., Hl-lb 123 Ml 23 HSS3y3y3 091 0 9 .012 18 z 9 51.2 .woe 4.52 4.52 ? Hl-lb 124 M124 HSS3y3y3 -109 36 9 .016 0 Z 9 51.2 52-06 4.52 4 52 2,., Hl-lh 125 Ml 25 HSSaxSya .113 36 9 -017 0 7 9 51-2 52-06 4-52 4.52 2 Hl-lb 126 M126 HSS3x3x3 -121 0 g -018 18.38 7. 9 51.2 52-06 4.52 4.52 2 Hl-lb 127 M127 HSS3y3y3 .122 0 9 .017 0 ¥ 9 51.2 52.06 4.52 4.52 2,3 Hl-lb 128 Ml 28 HSSayay.<i 110 0 9 -018 0 y 9 51.2 52-06 4-52 4.52 2 Hl-lb 129 Ml 29 HSS3y3y3 ogg 0 2 .018 0 V 9 51.2 52.06 4.52 4.52 2... H1-1b 130 M130 HSS3y3y3 087 0 9 Oia 0 y 9 51 2 4.52 452 7... H1-1b 131 M131 HSS3x3y3 084 0 9 .013 0 V 2 51.2 52.06 4.52 4.52 2,„ H1-1b 132 M132 HSS3x3x3 -094 0 9 .010 0 V 9 51-2 52-M 4.52 4-52 2 Hl-lb 133 M133 HSS3x3x3 093 0 g -010 0 z 9 51-2 .52 06 4.52 4.52 2„ Hl-lb 134 M134 HSS3x3x3 100 0 g .014 18 z 9 51.2 52.06 4.52 452 2... Hl-lb 135 Ml 35 H.SS3y3y3 .101 0 9 .014 18.38 7 9 51.2 52 06 4.52 4.52 7 H1-1b 136 M136 HSS3x3y3 048 36 9 .011 0 y 9 51.2 52.06 4.52 4-52 2... Hl-lb 137 Ml 37 HSS3y3y3 039 0 9 .008 0 V 9 51.2 52-06 4-52 4.52 7 Hl-lb 138 Miaa HSS3y3y3 042 0 g -008 18 7 9 51-2 52 06 4.52 4.52 24 Hl-lb 139 Ml 39 HSS3x3x3 .054 0 9 .007 0 V 9 51.2 52.06 4-52 4.52 2... H1-1b 140 MMO HSS3x3x3 -060 0 9 ooa 18 7 3 51.2 52-06 4-52 4.52 7 H1-1b 141 M141 HSS3x3x3 .065 36 9 .009 0 ¥ 9 51.2 52.06 4.52 4-52 2.., Hl-lb 142 M142 HSS3x3y3 070 36 9 .011 0 y 9 51.2 52-06 4-52 452 7 Hl-lb 143 M143 HSS3y3y3 .068 36 9 .013 0 ¥ 9 51.2 52-06 4.52 4.52 ? H1-1b 144 M144 HSS3xay3 062 36 9 .013 0 V 9 51.2 52-06 4.52 4.52 2,.. Hl-lb 145 M145 HSS3y3y3 -049 36 9 .012 0 ¥ 9 51.2 52-06 4.52 4.52 2„, H1-1b 146 Mi4e HSSax3y3 .051 36 9 .012 0 V 9 51.2 52.06 4.52 4.52 2,., Hl-lb RISA-3D Version 12.0.2 I\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1M40061-132r1 - ModeL1.r3d] Page 3 29 Of 141 MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Envolopo AISC im(160.10); ASD Stool Cndo Chocks (Continuod) Member Shape Coda Cheek Loc[in] -LC-Shear., LQC[inl Dir LC Pnc/om [k] Pnt/om [k] Mnyy/om Mnzz/om Cb Eqn Ml 47 jassaxaxS-.054 _3fi-.010 51.2 52.06 4.52 4.52 Hl-lb 148 M148 HSS3y3y3 .063 .007 51.2 52.06 4.52 4.52 Hl-lb 149 M149 HSS3x3x3 .054 -36-.008 51.2 52-06 4.52 4.52 H1-1b 150 M150 HSS4.SO0xO.375 .514 .179 Ji. 113.39 114.43 12.64 12.64 16 Hl-lb 151 M151 HSS4.500yO.375 ...701 JS-.269 113.39 114-43 12.64 12.64 H1-1b 152 Ml 52 H.SS4.S0nyn-175 .493 .161 J4. 113.39 114.43 1264 12.64 Hl-lb 153 Ml 53 HSS4 500y0 37S .699 JS-.274 ja_ 113.39 114.43 12-64 12.64 Hl-lb 154 M154 HSS3y3y3 .172 -36-.024 48.69 52.06 4.52 Hl-lb 155 M155 HSS3y3y3 .091 .013 48.69 52.06 4.52 4.52 ±UJtL J5S-M156 HSS3y3y3 .170 -36-034 48.69 52.06 4.52 4.52 15 Hl-lb 157 M157 HSS3y3x3 .073 _3fi-.014 48.69 52.06 4-52 4.52 H1-1b 158 M158 HSS3y3y3 .112 .006 39.97 -52ilfi-452 4.52 Hl-lb 159 Ml 59 HSS3x3y3 .075 .005 37-79 52.06 4.52 4.52 H1-1b 160 M160 HSS3x3y3 .069 •006 37.79 52-06 4.52 H1-1b 161 M161 HSS3x3x3 .060 .007 37.79 52.06 4.52 -4J52-H1-1b 162 M162 Hssaxaxa .052 .008 37.79 52-06 4.52 4.52 H1-1b 163 M163 HSS3x3x3 .039 78.74 .009 37.79 52.06 4.52 4.52 Hl-lb 164 M164 HSS3X3X3 .032 79.1 .009 37.68 52.06 4-52 4.52 Hl-lb J65-M165 HSS3y3y3 .058 .79.1 .009 37.68 52.06 4.52 4.52 Hl-l.b 166 167 Miee M167 HSS3y3y3 .081 78.74 .008 37.79 _52JI6_ 4.52 .102 70.53 .007 37.79 52.06 4.52 4.52 4.52 Hl-lb Hl-lb 168 M16a HS33x3x3 .110 64.79 .003 37.79 52-06 4.52 4.52 Hl-lb 169 M169 HSS3x3x3 .217 49.21 .003 37.79 52.06 4-52 4.52 1.2 Hl-la 170 M17Q HSS3y3y3 .228 38.55 .005 37.79 52.06 4.52 4.52 171 M171 HSS3y.3y3 .249. 71 .51 .003 71.51 39 97 52 06 4.52 4.52 H1-1a 172 173 M172 M173 HSS3y3y3 HSS3x3x3 .078 . .010 46.14 52 06 4.52 .002 38-02 52.06 4-52 4.S2 4.52 H1-1b- Hl-lb 174 M174 HSS3x3x3 .050 .005 38.02 52-06 4.52 H1-1b 175 M175 HSS3x3y3 .052 .006 38.02 52-06 4.52 4.52 H1-1fa 176 M176 HSS3x3y3 .055 .006 52.06 4.52 4.52 H1-1b 177 M177 HSS3y3y3 .054 .007 38.02 52-06 4.52 4.52 H1-1b 178 M178 HSS3y3y3 .048 .007 38-02 52 06 4-52 4.52 Hl-lb 179 M179 HSS3x3y3 .043 .007 37.79 52.06 4.52 4.52 Hl-tb 180 Miao HSS3x3x3 .034 .006 _3aJ12-52.06 4-52 4.52 Hl-lb iai Miai HSS3x3x3 025 .006 38.02 52.06 4.52 4.52 Hl-lb 182 M182 HSS3)(3x3 .027 -52-.004 38.02 52.06 4.52 4.S2 H1-1b 183 M183 HSS3x3x3 ,027 .002 38.02 52.06 4.52 4-52 Hl-lb -Jfl4-M184 HSS3y3y3 .027 43.87 .004 38-02 _52Jlfi-4.52 185 M185 HSS3x3x3 -035 67.43 .006 38.02 52.06 4.52 4-52 Hl-lb 186 M186 HSS3x3x3 .043 48.32 .007 48.32 46-14 52.06 4-52 4.52 Joint X Ikl 1 c Y[k] 1 0 zrki 1 c MX [k-ft) LC MY [k-ft] 1 r, MZ [k-tt] LC 1 N43 max 2.51 3 8.01 9 6.08 9 122.4 9 -7.89 8 -10.43 5 2 min 1-48 5 481 8 4.38 8 ao9 4 -13.81 9 -1811 4 3 Nia max -1.48 5 7.99 4 6.06 9 12963 9 12-63 9 i8.gg 3 4 min -2.51 3 4-79 6 4-36 4 86-14 8 7-01 4 11.35 8 5 Totals: max 0 fl 16 4 12.14 9 6 min 0 8 9.6 6 8-75 8 Joint Coord/nafQg ancf Tomporaturos 1 Nl 940-5317 216 95.5.T 0 n 2 N2 980.6783 256.8235 0 0 3 N3 871-7787 224-7096 0 0 4 N4 911.1729 265.3215 0 0 5 N5 983 256.5169 0 0 6 N6 983 211.5134 0 0 7 N7 983 311.9932 0 0 8 N8 983 276 0 0 g Ng 841.5207 272.5183 0 0 10 NIO 631-9273 286-279 0 0 11 Nil 664.8185 240.242 0 0 12 N12 !i61-9321 288.2506 0 0 13 N13 595-6783 242.8367 0 0 14 N14 771.7461 278.4115 0 0 15 N15 802-8928 231-1769 0 0 16 N16 701.8735 282-9989 0 0 17 N17 733.8ga 236-355 0 0 18 N18 983 0 0 0 19 N40 0 211.5169 0 0 20 N41 0 256-5169 0 0 21 N43 0 0 0 0 22 NS3 0 276 0 0 23 NS4 351.0727 286-279 0 0 24 NSS 387.3218 242.8367 0 0 25 N66 281.1266 282.9989 0 0 26 NS7 .318.1816 240-242 0 0 27 NS8 491.5 288.913 0 0 28 NS9 526.5017 244-1381 0 0 29 N60 421-068 288 2506 0 0 30 N61 456.4984 244-1381 0 0 . R1SA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014M40061\140061-132r1\140061-132r1 - Model_1.r3d] Page 4 30 Of 141 llRISA T E C H N L 0 a I c s Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Joint Coordinatos and Tomporaturos (Continuod) 31 N62 249.1021 236-355 0 0 32 N63 42.4684 216.9553 0 0 33 N64 71.8272 265.3215 0 0 34 N65 0 311.9932 0 0 35 N66 2-3218 256.8235 0 0 36 Ne7 1801073 231-1769 0 0 37 N6a 211.254 278.4115 0 0 38 N69 111-2214 224-7096 0 0 39 N70 141.4794 272-5183 0 0 40 NS7A 940.5317 216-9553 18 0 41 N59A 871-7787 224.7096 18 0 42 N60A 911.1729 265-3215 18 0 43 N61A 983 2565169 18 0 44 Ne2A 211.5134 18 0 45 N63A 841.5207 272.5183 18 0 46 N64A 631.9273 286.27g 18 0 47 N6SA 664.8185 240-242 18 0 48 N66A 561.9321 288.2506 18 0 49 N67A 595.6783 242.8367 18 0 50 NeaA 771.7461 278.4115 18 0 51 N69A 802.8928 231.176g 18 0 52 N70A 701.8735 282-9989 18 0 53 N71 733-898 236-355 18 0 54 N86 491.5218 299.4442 18 0 55 Nag 0 211 5169 18 0 56 N90 0 256.5169 18 0 57 N91 351-0727 286.279 18 0 sa N92 387-3218 242.8367 18 0 59 N93 281-1266 282.9g89 18 0 60 Ng4 318-1816 240.242 18 0 61 N95 491.5 288.913 18 0 62 N96 526.5017 244.1381 18 0 63 N97 421.068 288.2506 18 0 64 N98 456.4984 2441381 18 0 65 N99 249-1021 236.355 18 0 66 N100 42-4684 216.9553 18 0 67 N101 71.8272 265.3215 18 0 68 N103 180.1073 231.1769 18 0 69 N104 211-254 278.4115 18 0 70 N10S 111.2214 224.7096 18 0 71 N106 141.4794 272.5183 18 0 72 N105A 940.5317 216.9553 -18 0 73 N106A 871.7787 2247096 -18 0 74 N107 911.1729 265.3215 -18 0 75 N108 983 256.5169 -18 0 76 N109 983 211.5134 -18 0 77 N110 841.5207 272.5183 -18 0 78 N111 631.9273 286 279 -18 0 79 N112 664.8185 240-242 -18 0 80 N113 561.9321 288.2506 -18 0 81 N114 595.6783 2428367 -18 0 82 N115 771.7461 278.4115 -18 0 83 N116 802.8928 231 1769 -18 0 84 N117 701.8735 282.9989 -18 0 85 Niia 733.898 236.355 -18 0 86 N120 0 211.5169 -18 0 87 N121 0 256.5169 -18 0 88 N122 351-0727 286-279 -18 0 89 N123 387-3218 242.8367 -18 0 90 N124 281.1266 2829989 -18 0 91 N125 318.1816 240.242 -18 0 92 N126 491.5 288-913 -18 0 93 N127 526.5017 244.1381 -18 0 94 N12a 421.068 288.2506 -18 0 95 N129 456-4984 244.1381 -18 0 96 N130 249.1021 236-355 -18 0 97 N131 42.4684 216.9553 -18 0 98 N132 71.8272 265-3215 -18 0 99 N133 180-1073 231.1769 -18 0 100 N134 211.254 278.4115 -18 0 101 N135 111-2214 224.7096 -18 0 102 N136 141.4794 272.5183 -18 0 103 N137 10.5 212.861504 18 0 104 N138 10-5 257-803993 18 0 105 N139 10.5 212.861504 -18 0 106 N140 10.5 257-803993 -18 0 107 N141 972-5 257.803995 18 0 108 N142 972.5 212.858873 18 0 109 N143 972.5 257.803995 -18 0 110 N144 972.5 212-858873 -18 0 111 N128A 306-5218 299.4442 18 0 112 N128B 676.5218 299.4442 18 0 113 N115A 306.5218 234.4442 18 0 114 N1ieA 676.5218 234.4442 18 0 115 N115B 491.5218 234.4442 18 0 RISA-3D Version 12,0,2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - Model_1.r3d] Page 5 31 of 141 IRIS TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carlsbad Welcome Sign Nov 18, 2014 Checked By: LJC Joint Coordinatos and Tomporaturos (Continuod) 116 N116B 611-5218 299 4447 18 0 117 N117A 611-5218 234.4442 18 0 118 N118A 546.5218 29g.4442 18 0 119 N119 546.5218 234.4442 18 0 120 N120A 481.5218 299.4442 18 0 121 N121A 1 481 5218 234 4442 18 0 122 N122A 0 332 0 0 123 N123A 983 332 0 0 124 N124A 306-5218 299 4442 -18 0 125 N12SA 676.5218 299.4442 -18 0 17B N126A 306 ."5218 234 4442 -18 0 127 N127A 676.5218 234.4442 -18 fl Hot Rollod Stool Dosign Paramotors -LabeL Lengthen] Lbyy[in] -LbzzDnL Lcomp tnp[in] Lcomp hnt[in] L-lorque. Kzz -Cb^ Function -UL. HSS14x14x1/2 276 Segment Segment -Latecal -M2-HSS-t4y14y1/2 276 Segment Segment -Lateral _Ma-HSS8-5/ax1/4 35.993 Segment Segment -Latecal _M4-!HS.Sa.S/«y1/4 35-993 Segment Segment lotetal -MS-HSS4y3y1/4 42.815 Seamen! Segment Lbw Latsial HSS4y3y1M 69.189 Segment Segment Lbyy -Lateial _ML-HR.<Uyay1/4 69.189 Segment Segment Lb¥¥ -Latecal JJft-HSS4y3y1j4 69.189 Segment .'iagment l-byy -Lateral HSS4y3y1/4 69-189 Segment Segment Lbw -Latecal JO-M1J... HSS4y3y1/4 69-189 Segment Segment Lbyy .Latecal -Mll-HSS4y3y1/4 69-189 Segment Segment Lbw Lat! J2_ _U12-HSS4y3y1M 70-003 Segment Segment lbyy Lateral J3_ _Mli_ HSS4y3y1/4 69.189 Segment Segment Lb¥¥ -Latecal 14 -M14-HSS4y.3Yl/4 69.189 Segment Segment Lbyy Lateral J5-M15 HSS4y3y1/4 69-18g Segment Segment Lbw latecal Jfi-HSS4x3yH4 SSASB. Segment Segment Lbyy Xatfiial _12L -UIX-HSS4x3x1/4 69.189 Segment Segment Lbw -Latecal Jfl-HSS4y3y1/4 69489. Segment Segment Lbyy -Lateial J9--M19_ HSS4x3x1/4 42.816 Segment Segment Lbw -Latecal -20--M2fl-HSS4y3x1M 72-365 Segment Segment -Lbyy-Lateral JLatecal -21_ -M21-HSS4x3x1/4 70-023 Segment Segment Lbw -22- .23- JU22-HSS4y3y1/4 70.023 HSS4x3x1/4 70.023 Segment Segment Segment Segment Lbyy Lbw Lateral -Latecal -24- -25- -M24_ _M25- HSS4y3y1/4 HSS4x3yi;4 70.023 70.023 Segmem Segment Segment Segment Lbyy Lb¥¥ Xateial J.atecal .J26- -22- -U2fi- -U2Z- HSS4y3y1/4 HSS4y3y1/4 70.435 70.435 Segment Segment Segment Segment Lbyy Lbw J.atBcal -Latecal -28- -29- -30- -31- M29. -M3fl_ HSS4y3y1/4 HSS4y3y1/4 70-023 HSS4x3x1(4 70.023 Segment Segment Segment HSS4y,3y1/4 70.023 70-023 Segment Segment -Lbyy- Seoment Segment Lb¥¥ Segment -Lbyy- Lbw J.ateiaL lateial latecal J2-_M32-HSS4y3y1M 70.023 Segment Segment Lbyy latecal JJ3-_M33-HSR4y3y1/4 72-365 Segment Segment Lbw latecal J4--M34-HSS4y2y1/4 Segment Segment Lbyy Lateral -Lateral .35-HSS4x2x1/4 58.04 Segment Segment Lbw -36--M36_ HSS4y2y1/4 56.579 Segment Segment Lbyy -Lateral -Ma2L HSS4x2y1/4 56.579 Segment Segment Lbw -Lateral -38-_113S-HSS4X2X1M 56-579 •Segment Segment Lbyy latecal J9-HSS4x2x1/4 56.579 Segment Segment Lbw -LatscaL _M40-HSS4y2y1/4 Sfl-579 Segment Segment Lbyy Lateral -il_ _M41-HSS4X2X1/4 56.579 Segment Segment Lbw J.atscal .42-_M42-HSS4x2y1M 56.579 Segment Segment Lbyy lateral _U4a-HSR4y?y1/4 56.579 Segment Segment Lbw j.ateiaL HSS4x2x1M 56-579 Segment Segment Lbyy lateial J5--iM6-HSS4x2x1/4 56 579 Segment Segment Lbw Lateral J6-JSMfi-HSS4y2y1/4 56.579 Segment Segment Lbyy j.atBcaL 47 -U47-HSS4y2y1/4 56.579 Segment Segment Lbw Lateral -48--M4a-HSS4y2y1/4 -56^32-Segment Segment Lbyy lateral JS--M49-HSS4x2x1/4 56.832 Segment Segment Lbw lateial .50-. -51. -USfl- -M51. HSS4y2Yl/4 HSS4y2y1/4 56.579 56-579 Segment Segment Segment Segment Lbyy Lbw 1 latecal -MS2-HSR4y2»1/4 56-579 Segment •Segment Lbyy l^ateiaL -53-HSS4y2y1/4 56-579 Segment Segment Lbw -54--M54_ HSS4y2y1/4 56-579 Segment Segment lbyy -55-J156-HSS4x2x1/4 56.579 Segment Segment Lbw latecal _U56-HR.«Uygyi;4 56.579 Segment Segment Lbyy l.MecaL -52--M5Z-HSS4X2X1/4 56.57g Segment Segment Lbw lateral -MSfl-HSS4x2x1M 56.579 Segment Segment Lbyy latfiiaL -59--M5a_ HSS4x2y1/4 56579 Segment Segment Lbw lateral -60-_M6fl-HSS4x2x1/4 56.579 Segment Segment -Lhyy-lateml -61. -U61. HSS4x2y1/4 56.579 Segment Segment Lbw l.atecaL -62--Mfi2_ HSS4x2xi;4 58.04 Segment Segment Lbyy Lateral lateral -63--uea-HSS4y2y1/4 45.004 Segment Segment Lbw -64-_M64-HSS4y3y1/4 42.815 Segment Segment Lbyy lateral _6£_ _M65-HSS4x3x1/4 69.189 Segment Segment Lbw lateral -66-HSR4yayi;4 69-189 Segment Segment Lbyy Lateral -S2L _M6Z-HSS4y3y1/4 69.189 Segment Segment Lbw lateral -S8- 69 M69 HSS4y3y1/4 69.189 69-189 Segment -^gme^ Segment -Sean Lbyy Lbw lateral I ateral RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Proiects\2014\140061\140061 -132r1\140061-132r1 - ModeLI .rSd] Page 6 32 of 141 IIRISA TECHHOLOI Company Designer Job Number , E t Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Hot Rollod Stool Dosign Paramotors (Continuod) 70 M70 HSS4x3y1/4 69 189 Segment Segment Lbyy l.ateral 71 M71 HSS4y3y1/4 70.003 Segment .Segment Lbw Lateral 72 M72 HSS4x3x1/4 69-189 Segment Segment Lbyy Lateral 73 M73 HSS4y3y1/4 69-189 Segment Segment Lbw Lateral 74 M74 HSS4x3x1/4 69-189 Segment Segment Lbyy Lateral 75 M75 HSS4y3y1/4 69 189 Segment Segment Lbw 1 ateiaL 76 M76 HSS4y3yi;4 69.189 Segment Segment Lbyy Lateral 77 M77 HSR4y3y1/4 69-189 Segment Segment Lbw Lateral 78 M78 HSS4x3x1M 42-816 Segment Segment Lbyy Lateral 79 M79 HSS4y3x1/4 72.365 Segment Segment Lbw LatsiaL 80 Mao HSS4y3x1/4 70 023 Segment Segment Lbyy Lateral 81 Mai HSS4y3y1/4 70023 Segment Segment Lbw Lateral 82 Ma2 HSS4y3y1M 70 033 Segment Segment Lbyy Lateral 83 M83 HSS4y3y1/4 70-023 Segment Segment Lbw Lateral 84 Ma4 HSS4y3x1/4 70-023 Segment Segment Lbyy Lateral 85 Mas HSS4y3y1/4 70-435 Segment Segment Lbw Lateral 86 Maa HSS4y3y1M 70.435 Segment Segment Lbyy Lateral 87 Ma7 HSS4y3y1/4 70 023 Segment Segment Lbw Lateral 88 M88 HSS4y3y1M 70.023 Segment Segment Lbyy Lateral 89 Mag HSS4y3y1/4 70 023 Segment Segment Lbw Lateral 90 MSO HSS4x3x1/4 70-023 Segment Segment Lbyy Lateral gi Mgi HRS4y3y1/4 70-023 Segment Segment Lbw Lateral 92 M92 HSS4y3y1M 72.365 Segment Segment Lbyy Lateral 93 Mga HSS4x2x1/4 45 Segment Segmeni Lbw Lateral 94 M94 HSS4x7y1/4 58 04 Segment Segment 1 byy 1 ateral 95 M95 HSS4y2y1/4 56.579 Segment Segment Lbw Lateral 96 M96 HSS4y2x1/4 56 579 Segment 5^ment 1 byy Lateral 97 M97 HSS4y2y1/4 56.579 Segment Segment Lbw Lateral 98 M98 HSS4y2x1/4 56-579 Segment Segment Lbyy Laieral gg M99 HSS4y2y1/4 56.579 Segment Segment Lbw Lateral 100 M100 HSS4y2y174 56.579 Segment Segment Lbyy Lateral 101 M101 HSS4x2x1/4 .56 579 Segment Segment lbw Lateral 102 M102 HSS4y2y1/4 56-579 Segmerrt Segment lbyy Lateral 103 Ml 03 HSS4y2y1/4 56-579 Segment Segment Lbw Lateral 104 MICM HS!34y2y1/4 56-579 Segment Segment Lbyy Lateral 105 Ml 05 HSS4x2x1/4 56-579 Segment Segment Lbw Lateral 106 M106 HSS4x2y1/4 56-579 Segment Segment Lbyy LateiaL 107 Ml 07 HSR4x2y1/4 56 832 Segment Segment Lbw Lateral 108 Miaa H5>.S4y2y1/4 56-832 Segment 5^gment Lbyy Lateral 109 Ml 09 HSS4x2x1/4 56-579 Segment Segment Lbw Lateral 110 M110 HSS4y2y1/4 56-579 Segment Segment Lbyy Lateral 111 Mill HSS4y2y1/4 56-579 Segment Segment Lbw Lateral 112 M112 HSS4y2y1/4 56.579 5^msnt Segment Lbyy LatscaL 113 M113 HSS4y2y1/4 56.579 Segment Segment Lbw Lateral 114 M114 HS.<34y2y1M 56-579 Segment Segment Lbyy LateoL 115 M11S HSR4y2y1/4 56579 .Segment Segment Lbw Lateral 116 M116 HSS4y2y1/4 56.579 Segmerit Segment Lbyy Lateral 117 M117 HSS4x2x1/4 56 579 Segment •Segment 1 bw Lateral 118 Miia HSS4x2x1/4 56:579 Segment Segment Lbyy Lateral 119 M119 HSS4x2x1/4 56 579 Segment Segment Lbw Lateral 120 Ml 20 HSS4y2xt/4 56-579 Segment Segment Lbyy lateral 121 M121 HSS4y2x1/4 58-04 Segment Segment Lbw Lateral 122 M122 HSS4y7y1M 45-004 Segment Segment Lhyy Lateral 123 M123 HSS3y3y3/16 36 Segment Segment Lbw Lateral 124 M124 HSSax3y3/16 36 Segment Segment Lbyy Lateral 125 Ml 25 HSS3x3x3/16 36 Segment Segment Lbw Lateral 126 M126 HSS3y3x3/16 36 Segment Segment Lbyy Lateral 127 Ml 27 HSS3y3y3/16 36 Segment Segment Lbw Lateral 128 M12a HSS3x3x3/16 36 Segment Segment Lbyy Lateral 129 Ml 29 HSS3y3y3/16 36 .Segment Segment Lbw Lateral 130 M130 HSS3y3x3/16 36 Segment Segment Lbyy Lateral 131 M131 HSS3y3y3/16 36 Segment .Segment Lbw Lateral 132 M132 HSS3x3x3/16 36 Segmer^ Segment Lbyy Lateral 133 M1.33 HRS3y3y3/16 36 Segment Segment Lbw Lateral 134 Mia4 HSS3x3x3/16 36 Segment Segment Lbyy Lateral 135 M135 HSS3y3y3/16 36 Segment Segment Lbw Lateral 136 Miae HaS3y3y3/16 36 Segment Segment Lbyy Lateral 137 Ml 37 HSS3y3y3/16 36 Segment Segment Lbw Lateral 138 M138 HRS3y3y3/ie 36 Segmeni .Segment Lhyy Lateral 139 Ml 39 HSS3x3x3/16 36 Segment Segment Lbw Lateral 140 M140 WSS3yax3/16 36 Segment Segment Lbyy LateiaL 141 M141 HSS3x3x3/16 36 Segment Segment Lbw Lateral 142 M142 HSS3xax3/16 36 Segmeni Segment Lbyy Lateral 143 M143 HRSay3y3/16 36 Segment .Segment Lbw Lateral 144 M144 HSS3x3x3/16 36 Segment segment Lbyy Lataral 145 M145 HSS3x3x3/16 36 Segment Segment Lbw Lateral 146 M146 HSS3y3x3/16 38 Segment Segment Lbyy lateral 147 M147 HSS3x3x3/16 36 Segment Segment Lbw Lateral 148 MMS HS83x3x3/16 36 Segment Segment Lbyy Lateral 149 M149 HSS3x3x3/16 36 Segment Segment Lbw Lateral ISO M15Q H.«?.«!4-1/2y3« 36 Segment Segment Lbyy Lateral 151 M151 HSi34-1/2x3/8 36 Segment Segment Lbw Lateral 152 M152 HSS4-1/2x3/a 36 Segment Segment Lhyy Lateral 153 M153 HSS4-1/2y3/8 36 Segment Segment Lbw Lateral 154 M1S4 HSS3x3y3/16 36 Segment Segment Lbyy Lateral RISA-3D Version 12-0^2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2ai4\140061\140061-132r1\140Q61-132r1 - Model_1.r3d] Page 7 33 of 141 IRISA TECHNOLO Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Hot Rollod Stool Dosign Paramotors (Continuod) Label Shape Lengthen] Lbyy[in] Lbz4inl Lcomp top[in] Lcomp bot[in] L-torque. Kzz -Cb-Function 155 M1S5 HSS3y3y3/16 _3fi_ Segment Segment Lbw Lateial 156 M156 HSS3y3y3/16 36 •Segmwil Segment Lbyy l.ateial J52L Ml 57 ±lSS3x3x3/16 _afi-Segment Segment Lbw l.ateial 158 M158 HRS3yay3;i6 71-509 Segment .Segment Lbyy luteal 159 M159 HSS3y3y3/16 78.735 Segment Segment Lbw -LatecaL 160 M160 HSS3y3y3/16 78-735 Segment Segment Lbyy -LatecaL 161 M161 JjSS3x3x3/16 78.735 Segment Segment Lbw lateral 162 163 Mie2 M163 HS.«83y3y3/ie 78-735 HSS3y3y3/16 78.735 Segment Segment fiegment Segment Lbyy Lbw l.atBiaL Lateral 164 M164 HSS3y3y3/16 79.102 Segment Segment Lbyy XateraL lateral 165 M165 HSS3y3y3/16 79.102 Segmert Segment Lbw 166 167 M166 M167 HS.S3yay3;ie 78.735 USS3x3x3/16 78.735 Segmwit •Segment Segment Segment Lbyy Lbw Xateial latecal 168 M168 HSS3x3x3/16 78.735 Segment Segment Lbyy latecal 169 M169 HSS3y3x3/16 78.735 Segment Segment Lbw J.aJecaL 170 171 M170 M171 -J:<SS3x3x3/16 HSS3y3y3;i6 78.735 71.509 Segmeni Segment Segment Segment Lbyy Lbw laiBcaL latscal 172 M177 -±1SS3X3X3/16 48.319 Segment Segment Lbyy latscal J2a_ M173 HSS3y3x3/16 77.994 Segment Segment Lbw Lateral M174 HSS3«3y3/16 77.994 Segment Segment Lbyy latscal 175 HSS3y3y3/16 77.gg4 Segment •Segment Lbw LatsraL 176 M176 HSS3«3y3/16 77.994 Segment Segment Lbyy lateral M177 ±ISS3x3x3/16 77.994 Segment Segment Lbw lateml jza_ Mi7a JjSS3x3x3/16 77.994 Segment Segment Lbyy Xatsial 179 M179 JjSS3x3xa/16 78 718 Segment Segment Lbw lateral 180 181 M180 M181 HSS3y3y3/ie HSS3x3y3/16 77.994 77.994 Segment Segment Segment Segment Lbyy Lbw lateiaL lateral 182 183 184 M182 M183 Mia4 HSS3y3y3/16 77.994 ±lSS3x3x3/16 HSS3»3»3/16 77.994 Segment Segment Segment 77.994 Segment Segment Lbyy Segment Lbw Lbyy XatsiaL latscal latscal 185 M185 -JjSS3x3x3/16 77.994 Segment Segment Lbw latscal 186 M186 HSS3»3x3yi6 48.319 Segmeni Segment Lbyy latscal 187 Mia7 Dummy 20-007 Segment Segment latscal 188 Miaa Dummy 20.007 Segment Segment lateral Joint Loads and Fnforeod Displaeomonts (BLC 1: Doad Load) Joint Label L,D,M Direction Maqnitude[(k,k-ft), (in.rad), (k's''2/in, k's«2'in)] N122A .jj-N123A Joint Loads and Fnforeod Displaeomonts (BLC 2 : Wind Load A) Joint Label L,D,M Direction Magnitude[(k,k-fi), (in,rad), (k*s*7/in, k's'J'inl 1 N122A L Z 1 " ' ' -.07' 2 N123A L z 1 -07 Joint Loads and Enforeod Displaeomonts (BLC 3 •• Wind Load B) Joint Label L.D-M Direction Magnitude[(k.k-ft). (in.rad). (k*s*2/in, k*s«2*in) 1 N122A 1 L 7 -07 2 N123A 1 L z -07 Joint Loads and Enforeod Displaeomonts (BLC 4 ; Wind Load C) Joint Label L,0,M Direction Magnitude[(k,k-fll. (in.rad), (k's^P/in, k's^S'in) 1 N172A 1 7 1 " -07' 2 N123A L z 1 -.07 Joint Loads and Enforeod Displaeomonts (BLC 5 •• Soismie) Joint Label L,D,M Direction Magnitude[(k,k-fl), (in,rad), (k's'*2/in, k*s^2*in) 1 N122A L Z -079 2 N123A L 7 -.079 Joint Loads and Enforeod Displaeomonts (BLC 6 : Truck Indueod Wind Load) Joint Label LD.M Direction Magnitude[(k,k-ft), (in,rad), (k's»2/in, k's'y'in)] N122A -07 N123A -07 Mombor Distribntod Loads (BLC 7 : Wind Load A) Member Label Direction Start Magnitude[lb/ft,F] End Magnitude[lb/ft,F] Start Location[in,%] End LocatiQn[in,%] -Ml. .r59-ji9- M2 ^i9--59 M34 JQ-Jfl- M35 Jfl_ -10 M36 . zlSL -10 M37 JO-Jfi- M3a Jfl--10 M39 JO-JtL M40 J0_ JiL J6-M41 Jfi-JiL M42 J0_ JJL J2-M43 -10 JQ- RISA-3D Version 12,0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\14a061-132r1 - Model_1.r3d] Page 8 34 Of 141 MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distrihutod Loads (BLC 2 ; Wind Load A) (Continuod) Ji. Member Label M44 Direction •Start Maqnitudetlb/ft.F] Jfl- End Magnituda[lh/tl,F] Jfl- Start Location[in.%l End Location[in,%l J4-M45 Jfl--10 J5-M46 Jfl--10 J6_ M47 -10 -10 JZ. M48 Jfl--10 M49 -10 JiL JS-MSO -10 Jfl- -20-MS1 -10 Jfl_ -21-MS2 Jfl--10 -22-M53 -10 Jfl- _2a_ M54 -10 Jfl- -24-M55 Jfl--10 -25-M56 Jfl-Jfl- -26-MS7 JJL -10 -22-MS8 Jfl--10 -28-M59 -10 Jfl- _29_ M6Q -10 Jfl- -30-M61 Jfl--Jfl- .JL-M62 Jfl-Jfl- -32-M63 JQ--10 -3a-M3 J6--18 -34-JU4-JB--18 M93 -10 -10 -36-M94 -10 -10 M95 -10 Jfl- M96 -10 JQ- -33-M97 Jfl-Jfl- -4fl_ M98 Jfl-Jfl- 41 Mgg Jfl- -42_ M10Q Jfl-Jfl- .^43-M101 Jfl-Jfl- -44_ M102 -10 -10 -45-M1Q3 Jfl-Jfl- _4fi-M1Q4 -10 Jfl- -42-M105 Jfl-Jfl- -48-M106 Jfl-Jfl- -4^ M107 Jfl-Jfl- Mloa Jfi-JflL. _51_ Ml 09 Jfl--10 -52-M110 Jfl-Jfl- -53-M111 Jfl--10 -54-M112 Jfl--10 -55-M113 Jfl--10 -56-M114 -10 -10 -52-M115 -10 Jfl- _5aL. M116 -10 -10 -59-M117 -10 Jfl- -fiOL M11« -10 Jfl- -61. M119 JJL -10 -62-M120 -10 Jfl- -63-M121 Jfl-Jfl- _6i. M122 Jfl--10 -65-M5 -14 -66--M6_ J4--14 -62-M7 -14 J4^. MS -14 -69-M9 J4- M10 J4--14 M11 -14 _Z2-M12 -14 JZ3-M13 -14 M14 -14 -14 -25-M15 -14 J4- Mie J4_ -14 -IZ-M17 J4_ -14 JZS-M18 -14 -14 -Z9-M19 J4^ -14 -80-M20 -14 -14 -81. M21 J4_ J4- J2. M22 -14 J4- -83-M23 -14 J4- -84-M24 -14 J4- -65-M2S -14 J4_ -66-M26 -14 J4- -82-M27 J4_ J4_ M2a J4- -89-M29 J4-J4_ -90-M30 J4-. -14 M31 -14 M32 -14 J4^ -33-M33 J4_ -94-Me4 -14 J4- -95-M65 J4-J4- -96-M66 -14 J4- -92-M67 -14 J4_ RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineen'ng\Signs\Projects\2014M40061M40061-132r1M40061-132r1 - ModeLI .rSd] Page 9 35 Of 141 MBI RJD 140061132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distrihutod Loads (BLC 2 : Wind Load A) (Continuod) 98 M68 Z -14 -14 0 0 99 M69 z -14 -14 0 0 100 M70 z -14 -14 0 0 101 M71 z -14 -14 0 0 102 M72 z -14 -14 0 0 103 M73 z -14 -14 0 0 104 M74 z -14 -14 0 0 105 M75 z -14 -14 0 0 106 M76 z -14 -14 0 0 107 M77 z -14 -14 0 0 108 M7a 7 -14 -14 0 0 109 M7g 7 -14 -14 0 0 110 Man 7 -14 -14 0 0 111 M81 Z -14 -14 0 0 112 Ma2 Z -14 -14 0 0 113 M83 z -14 -14 0 0 114 M84 z -14 -14 0 0 115 M85 z -14 -14 0 0 116 MB6 z -14 -14 0 0 117 M87 z -14 -14 0 0 118 MSS z -14 -14 0 0 119 Mag z -14 -14 0 0 120 M90 z -14 -14 0 0 121 M91 z -14 -14 0 0 122 M97 7 -14 -14 0 0 Mombor Distrihutod Loads (BLC 3 : Wind Load B) Member Label Direction •Start Magnrtude[lh/ft,F] End Magnitudapb/tt^F] •Start l..ocation[in,%] End Location[in,%] M1 ji9-J:S9- _U2-J59-.=59-M20 J4- JU5_ J4- M21 J4-J4- _Mfi_ J4-J4- J422_ -14 J4_ -ML. J4--14 ja2a-J4_ J4- -Ifl-_m_ -14 J4- JdS-J4-J4- J2-y24 J4-J4- J3_ _M2S_ J4_ J4- M26 -14 -14 J5--511fl--14 J4_ J6--Mll. -14 -14 17 M27 -14 J4- Jfl--M2fl--14 -14 J9-M29 -14 J4- -2L -M3fl--14 J4- -21. M12 -14 J4^ -22--jMtta_ -14 -14 -23--M14-J4-J4- -24-J4_ J4- -25-_M31. J4-J4- -26--M16-J4-J4- -MIT-J4_ J4- 28 _M32- -29--M3a-J4-J4_ -30_ -Mlfl-J4-J4- -31. -M19-Jt. J2_ -M34-JO--10 -33--Mas-JiL JJL .J4--10 -10 _M32-Jfl-Jfl- -36--MaS--10 -10 -32-M39 -10 Jfl- -38-_M4fl--10 -10 -39-_M41--10 Jfl- -40-_M42--10 -10 .41. _M4a--10 jfl- -42--M44--10 Jfl- -43--M45-JJL Jfl- -44-_M46--10 -10 -45_ -M42-Jfl-Jfl- -46-Jfl--10 -42--M49-Jfl-Jfl- -48--M50--10 -10 .AS--M5i. -10 -10 -50-_»as2--10 JO- _M53--10 JJL _MS4--10 Jfl- -53L_ -M55--10 Jfl- -54--M56_ -10 Jfl_ -55-_M52-Jfl-JQ- .J6-_M5a_ -10 Jfl- _51-M59 Jfl-Jfl- RISA-3D Version 12.0.2 [\\MBl-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1M40061-132r1 - Model_1.r3d] Page 10 36 of 141 Company : MBI Nov 18, 2014 lilRiSA TECHNOLOaiES Designer : RJD lilRiSA TECHNOLOaiES Job Number : 140061.132r1 Checked By: UC lilRiSA TECHNOLOaiES Model Name : Carisbad Welcome Sign Mombor Distrihutod Loads (BLC 3 • Wind Load B) (Continuod) 58 Mcsa Z -10 -10 0 0 59 M61 Z -10 -10 0 0 60 Mfi7 z -10 -10 0 0 61 M63 z -10 -10 0 0 62 M3 z -18 -18 0 0 63 M4 z -18 -18 0 0 64 M64 z -14 -14 0 0 65 M6S z -14 -14 0 0 66 M66 z -14 -14 0 0 67 M67 z -14 -14 0 0 68 Maa z -14 -14 0 0 69 Mfifl z -14 -14 0 0 70 M7n z -14 -14 0 0 71 M71 z -14 -14 0 0 72 M72 z -14 -14 0 0 73 M73 z -14 -14 0 0 74 M74 z -14 -14 0 0 75 M7S z -14 -14 0 0 76 M76 z -14 -14 0 0 77 M77 z -14 -14 0 0 78 M7a z -14 -14 0 0 79 M79 z -14 -14 0 0 80 Mao z -14 -14 0 0 81 Mai z -14 -14 0 0 82 M87 z -14 -14 0 0 83 M83 z -14 -14 0 0 84 MR4 7 -14 -14 0 0 as MSS z -14 -14 0 0 86 Maa z -14 -14 0 0 87 Ma7 z -14 -14 0 0 88 M88 z -14 -14 0 0 89 M8g z -14 -14 0 n 90 M90 z -14 -14 0 0 91 M91 z -14 -14 0 0 92 M93 z -14 -14 0 0 93 M93 z -10 -10 0 0 94 M34 z -10 -10 0 0 95 M9fi z -10 -10 0 0 96 M96 z -10 -10 0 0 97 M97 z -10 -10 0 0 98 M98 7 -10 -10 0 n gg M9g z -10 -10 0 0 100 M100 z -10 -ID 0 0 101 M101 z -10 -10 0 0 102 MIO? z -10 -10 0 0 103 Ml 03 z -10 -10 0 0 104 M104 z -10 -10 0 0 105 M10S z -10 -10 0 n 106 M106 z -10 -10 0 0 107 M1Q7 z -10 -10 0 0 iba Mioa 7 -10 -10 0 0 109 M109 z -10 -10 0 0 110 M110 z -10 -10 0 n 111 M111 z -10 -10 0 0 11? M117 z -10 -10 0 n 113 M113 z -10 -10 0 0 114 M114 z -10 -10 0 fl 115 M115 z -10 -10 0 0 lie M116 z -10 -10 0 0 117 M117 z -10 -10 0 n 118 M1ia z -10 -10 0 0 119 M119 z -10 -10 0 n 120 M120 z -10 -10 0 0 121 M121 z -10 -10 0 n 122 M12? z -10 -10 0 0 Mombor Distrihutod Loads (BLC 4 : Wind Load C) Member L abel -Mi. Directinn Start Magnituda[lh/ft,F] -59 End Magnitude[lb/ft.F] .:5a- Slart 1 or.atinn[in,%] Q End Location[in,%] -U2_ -59 -59 M20 J4-JA- MS ±14-J4- M21 -14 J4_ -M6_ J4--14 M22 J4_ -14 M7 -14 J4- M23 -14 J4_ Jfl-Ma -14 -14 M9 J4- J2-M24 J4--14 -13-M25 -14 -14 J4_ M26 -14 -14 J5-MIO JL -14 J6-M11 -14 J4- 17 M27 -14 J4_ RISA-3D Version 12.0.2 [\\MBI-FILE\MBl-Operations\Engineering\Signs\Projects\2ai4\140061\140061-132r1M40061-132r1 - ModeLl.rSd] Page 11 37 of 141 !RISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distrihutod Loads (BLC 4 ; Wind Load C) (Continuod) 18 M2a Z -14 -14 n n 19 M29 z -14 -14 0 0 20 M30 z -14 -14 0 0 21 M12 z -14 -14 0 n 22 M13 z -14 -14 0 0 23 M14 7 -14 -14 fl 0 24 M1S z -14 -14 0 0 25 M31 7 -14 -14 0 0 26 M16 Z -14 -14 0 0 27 M17 Z -14 -14 n 0 28 M32 7 -14 -14 n n 29 M33 Z -14 -14 n fl 30 Mia Z -14 -14 n n 31 M19 Z -14 -14 0 0 32 M34 2 -10 -10 0 0 33 M3S Z -10 -10 0 0 34 M36 Z -10 -10 0 0 35 M37 Z -10 -10 n n 36 Mas Z -10 -10 0 0 37 M39 Z -10 -10 n fl 38 M40 Z -10 -10 0 0 39 M41 Z -10 -10 0 0 40 M42 Z -10 -10 0 0 41 M43 z -10 -10 0 0 4? M44 7 -10 -in n n 43 M45 Z -10 -10 0 0 44 M4e Z -10 -10 n n 45 M47 z -10 -10 n 0 46 M4a z -10 -10 0 0 47 M49 z -10 -10 0 0 48 MSO z -10 -10 0 0 49 M51 z -10 -10 0 n SO M52 z -10 -10 0 0 SI M53 7 -10 -10 0 0 52 M54 z -10 -10 0 0 53 M55 z -10 -10 0 0 54 M56 z -10 -10 0 Q 55 M57 z -10 -10 0 0 56 Msa z -10 -10 n 0 57 MS9 z -10 -10 0 0 .58 M60 z -10 -in n n 59 M61 z -10 -10 0 0 60 M62 z -10 -10 0 0 61 M63 z -10 -10 0 0 62 M3 z -18 -18 0 0 63 M4 7 -18 -18 0 0 64 Me4 z -14 -14 0 0 65 M65 z -14 -14 n 0 66 M66 z -14 -14 0 0 67 M67 z -14 -14 n 0 68 M68 7 -14 -14 0 fl 69 M69 z -14 -14 0 0 70 M7Q z -14 -14 n n 71 M71 z -14 -14 0 0 72 M72 z -14 -14 n fl 73 M73 z -14 -14 0 fl 74 M74 z -14 -14 0 0 75 M75 7 -14 -14 0 0 76 M76 z -14 -14 0 0 77 M77 z -14 -14 0 fl 78 M78 z -14 -14 0 0 79 M79 z -14 -14 0 fl 80 M8Q z -14 -14 Q 0 81 Mai z -14 -14 n n 82 M82 z -14 -14 0 0 83 MS3 z -14 -14 0 0 84 Ma4 z -14 -14 n n as MSS z -14 -14 0 0 86 Mae 2 -14 -14 n 0 87 MS? z -14 -14 0 0 88 Mas z -14 -14 0 0 89 Mag z -14 -14 0 0 90 M9a z -14 -14 0 0 91 M91 -14 -14 n 0 92 M92 z -14 -14 0 0 93 Maa z -10 -10 0 0 94 M94 z -in -in n 0 95 M9S z -10 -10 0 0 96 M96 z -10 -10 0 n 97 M97 z -10 -10 0 Q 98 M98 z -in -10 0 0 99 M9g z -10 -10 0 0 100 MIOO z -in -10 0 0 101 M101 z -10 -10 0 0 102 M102 z -10 -10 0 0 RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - ModelJ.rSd] Page 12 38 of 141 SilRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distrihutod Loads (BLC 4 : Wind Load C) (Continuod) Member Label Direction •Start Magnitude[lb/ft,F] End Magnitude[lb/ft.F] Start Location[in,%] End Location[in,%] 103 -M103 Jfl_ Jfl- 104 M1Q4 -10 -10 105 _Mlfl5-Jfl-Jfl- 106 M1Q6 Jfl-Jfl- 107 -M107 JQ_ -10 108 M108 Jfl-Jfl- 109 -Ml 09 JO-JJL 110 Ml 10 -10 Jfl- Jfl-Jfl- 112 yii2 -10 -10 113 -M113 -10 -10 114 M114 Jfl--10 115 M115 Jfl-Jfl- 116 Ml 16 Jfl--10 117 -M117 JO-Jfl- 118 M118 -10 Jfl- 119 -M119 -10 Jfl-120 M120 Jfl-Jfl- 121 M121 Jfl-Jfl- 122 -M122L -10 -10 Mombor Distrihutod Loads (BLC 5 •• Soismie) -Member Label Direction Start Magnitude[lb/ft,F] End MagnitiJda[lb/ft,F] Start Location[in,%] End Location[in,%] Jil. .^21. jiL JJ2_ -177 -17.7 -17.7 -17-7 J15_ -8.3 -83 JJfi_ -8.3 -8.3 J12--83 -83 -8-3 -8-3 JUS--8.3 -6.3 Jfl-M10 -8 3 -83 M11 -8.3 -8.3 J2-M12 -8-3 -8.3 J3-_M13--8.3 -8.3 -J4_ M14 -8.3 -a.3 J5-_M15--8.3 -8.3 J6-jaifi--8.3 -8.3 J2_ _MIZ_ -8.3 -8.3 Mia -8.3 -8-3 -19--8.3 -8-3 _M2Q--8.3 -8-3 -2L _M2i. -8.3 -8-3 -22-_M22--8-3 -8.3 _23_ _M2a--8.3 -8.3 -24_ -25- _M24- J425- -8.3 -8.3 -8.3 -8.3 -2fi_ _U26--8.3 -8.3 _22_ _M22--8.3 -8.3 -8.3 -8.3 -29-M29 -8.3 -8.3 -30- _31. -M30 jaai_ -8.3 -8.3 -83 -83 -32-M32 -8.3 33 M33 -8 3 -8.3 -34--M64 -8.3 -8.3 -35-JVI65 -8.3 -8.3 J6-J2- _M66 M67 -8.3 -8.3 -83 -8.3 -38-M68 -8.3 -8.3 -39--M69--8.3 -8.3 -4Q_ -M2Q--83 -8.3 -41. -M2i. -8-3 -8.3 ..42- -43- -MZ2- -Mza_ -8.3 -8.3 -8.3 -8.3 44 _MZ4--8-3 -8.3 -45-JS4Z5--8.3 -8.3 -46--»a26--8.3 -8-3 47 -M22--8-3 -8.3 -48--M2a--8.3 -8.3 -49--MZ9--8.3 -8.3 -50--MSQ--8.3 -8.3 -51. -Mai_ -8.3 -52-_Ma2--83 -8.3 -53--Ma3--8-3 -8.3 -54--Ma4--83 -83 -55--Ma5--8.3 -8.3 -MSfi--8-3 -8-3 -52--MST--8.3 -8.3 -58--8.3 -8.3 -59--MSfl--8-3 -83 -60--Mao-.=8.3--8.3 -61. -Mai. -8.3 -8.3 -62-M92 -83 -83 RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140061\14a061-132r1\140061-132r1 - Model_1.r3d) Page 13 39 of 141 lllRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distrihutod Loads (BLC 5; Soismie) (Continuod) Member Label Direction Start Magnitude[lb/tl,F] End Magnitude[lb/ft,F] Start Locatlon[in,%] End LQcation[in.%] -63-M34 J3_ M35 _rZ- -65-M36 -66-M37 -62-M38 -68-M39 -69-M40 JZflL M41 -21. M42 JZ2_ M43 _Z3-M44 JZ4_ M45 -i. -25-M46 _Z6-M47 M48 M49 JZS-MSO -80-M51 -61. MS2 -82-M53 -83-M54 -84-M55 -85-M56 -rZ- -86-MS7 -62-M.5a -68-M59 -83-M60 -rZ- -3fl-M61 -91. M62 -92-M63 -93L. M93 M94 -95-M9S M96 -i. -92--M97 M98 -i. -±2_ Mgg -i. 100 M100 101 M101 102 M1Q2 103 M103 -±2_ 104 M104 105 Ml 05 106 Ml 06 107 M107 108 Mioa 109 Ml 09 110 -M110 111 M111 -rZ_ 112 M112 113 M113 J14-M114 -i. 115 M11S 116 Miie 117 M117 _rZ_ 118 Ml 18 -7 119 M119 120 M120 -±Z- 121 M121 122 M122 123 ,M123 -54 124 M124 -5.4 -5.4 125 .Ml 25 -54 -5.4 126 M126 -5.4 -54 127 Ml 27 -S.4 -5,4 128 M12a -5.4 -5.4 129 M129 -5.4 130 M130 -5.4 131 M131 -S.4 -5.4 132 -14132--5.4 -5.4. 133 Ml 33 ji4- 134 M134 -5.4 -5.4 J35-M135 .i4--5.4 136 .MT36 .i4--5.4- 137 Ml 37 .r5.4--5.4 138 M13a r5A--±5A- 139 Ml 39 -5.4 -54 140 M140 .i4--5.4 M141 -54 -5.4 J42-M142 -5.4 143 M143 -5-4 -54 144 M144 -54 -5-4 145 M145 -5.4 146 M146 -5-4 .5A- 147 M147 .i4--5-4 RISA-3D Version 12.0.2 [\\l\/IBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - ModeL1.r3d] Page 14 40 of 141 Company IRISA 1 L 0 G I E s Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distrihutod Loads (BLC 5: Soismie) (Continuod) 148 M14a 7 -5.4 -54 0 0 149 M149 Z -5.4 -5.4 0 0 ISO M154 Z -S.4 -5.4 0 0 151 Ml .55 Z -5.4 -5.4 0 0 152 M156 Z -5.4 -5.4 0 0 153 Ml.57 Z -5-4 -5.4 0 0 154 Misa Z -S.4 -5.4 0 0 155 Ml 59 Z -54 -5 4 0 0 156 M160 Z -5.4 -5.4 0 0 157 M161 z -5-4 -5.4 0 0 158 M162 z -5.4 -5 4 0 0 159 M163 z -S-4 -5.4 0 0 160 M164 z -54 -5 4 0 0 161 M16S z -5.4 -5.4 0 0 162 M166 z -S-4 -5.4 0 0 163 M167 z -54 -5.4 0 0 164 Miea z -54 -5 4 0 0 165 M169 z -5.4 -5.4 0 0 166 M170 z -S.4 -5.4 0 0 167 M171 z -S-4 -54 0 0 168 M172 z -5.4 -5-4 0 0 169 M173 z -5.4 -S-4 0 0 170 M174 z -5-4 -5.4 0 0 171 M175 z -5.4 -5.4 0 0 172 M176 7 -54 -5.4 0 0 173 M177 z -5.4 -5.4 0 0 174 M17a 7 -S-4 -5.4 0 0 175 M179 z -5.4 -5.4 0 0 176 Miao z -S-4 -S-4 0 0 177 Miai z -5.4 -5.4 0 0 178 Mia2 z -5.4 -S-4 0 0 179 Ml 83 z -5 4 -5.4 0 0 180 M184 z -S.4 -5.4 0 0 181 Ml as z -54 -54 0 0 182 M186 z -5.4 -5-4 0 0 183 Ml 50 z -13.1 -13 1 0 0 184 M151 z -13.1 -13.1 0 0 185 M157 7 -131 -13.1 0 0 186 Misa 7 -131 -13.1 0 0 Mombor Distrihutod Loads (BLC 6 •• Truck Indueod Wind Load) Member I ahal Direction Start Magnitude[lb/fl,F] End MagnitLide[lb/ft,F] Start I nr.ation[in,%] End Lncation[in,%] -Ml. -34.4 -34.4 -M2--344 -344 M20 J4-J4- M5 -14 -14 M21 -14 -14 _M6--14 M22 J4_ -14 M7 -14 -14 IVI23 -14 J4- Jfl-Ma -14 -14 -JU9L -14 Jt. J2-M24 -14 -14 J3_ M2S J4--14 J4-M?a -14 J5-MIQ J4-J4_ J6-M11 -14 J4--IZ. M27 JS-M2S J4- J4- J3-M29 -14 J4_ -20-M30 -14 -14 -21. M12 J4-J4- -22-M13 -14 _23_ M14 J4-J4- -24-M1S -14 -14 -25-M31 J4--14 -26-Mie -14 -22-M17 -14 -28--14 -14 -23-M33 J4-J4- -3flL M18 -14 J4- -31-M19 -14 J4- -32-M64 -14 J4-J3-M65 -14 J4--34-MSe -14 J4_ -35-M67 J4-J4- -36-M6a -14 J4_ -3Z- -38- M69 M70 J4- -14 J4- .J3_ M71 -14 J4- M72 J4- M73 J4--14 -42-M74 J4--14 -43-M75 J4- RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140Q61-132r1 - Model_1.r3d] Page 15 41 of 141 Company IC A Designer Job Number L o a I E s Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distrihutod Loads (BLC 6 .- Truck Indueod Wind Load) (Continuod) 44 M76 7 -14 -14 0 0 45 M77 Z -14 -14 0 0 46 M78 Z -14 -14 0 0 47 M79 Z -14 -14 0 0 48 MSO Z -14 -14 0 0 49 Mai Z -14 -14 0 0 SO M82 Z -14 -14 0 0 51 M83 7 -14 -14 0 0 52 Ma4 Z -14 -14 0 0 53 MSS Z -14 -14 0 0 54 Mae Z -14 -14 0 0 55 M87 7 -14 -14 0 0 56 Maa 7 -14 -14 0 0 57 Mag Z -14 -14 0 0 58 M90 Z -14 -14 0 0 sg M91 Z -14 -14 0 0 60 M92 Z -14 -14 0 0 61 MS Z -1.7 -47 0 0 62 Me Z -4.7 -4-7 0 0 63 M7 Z -47 -4.7 0 0 64 Ma 7 -4-7 -4-7 0 0 65 M9 Z -4-7 -4.7 0 0 66 MIO Z -4-7 -4-7 0 0 67 Mil Z -4.7 -4.7 0 0 68 M12 7 -47 -47 0 0 69 M13 Z -4.7 -4.7 0 0 70 M14 Z -47 -47 0 0 71 MIS Z -4.7 -4.7 0 0 72 Mie Z -4-7 -4.7 0 0 73 M17 Z -4.7 -4.7 0 0 74 M18 Z -4.7 -4-7 0 0 75 M19 z -47 -47 0 0 76 M20 z -4.7 -4.7 0 0 77 M21 z -4.7 -47 0 0 78 M22 z -4-7 -4-7 0 0 79 M23 z -4.7 -47 0 0 80 M24 2 -4.7 -4.7 0 0 81 M25 z -47 -4.7 0 0 82 M26 z -4-7 -4.7 0 0 83 M27 z -4.7 -4.7 0 0 84 M2a z -47 -4.7 0 0 85 M2g z -4.7 -4.7 0 0 86 M30 z -4.7 -4.7 0 0 87 M31 z -4.7 -4.7 0 0 88 M32 z -4.7 -4.7 0 0 89 M33 z -4.7 -47 0 0 90 M64 z -4-7 -4.7 0 0 91 M65 z -47 -47 0 0 92 M66 z -4.7 -4.7 0 0 93 M67 z -4.7 -4.7 0 0 94 M68 7 -4.7 -4-7 0 0 95 M6g z -4.7 -4-7 0 0 96 M70 7 -4.7 -4-7 0 0 97 M71 z -4.7 -4.7 0 0 98 M72 z -47 -47 0 0 99 M7a z -4.7 -4.7 0 0 100 M74 z -4.7 -4.7 0 0 101 M75 z -4.7 -4.7 0 0 102 M76 z -4.7 -4.7 0 0 103 M77 7 -4.7 -4.7 0 0 104 M78 z -4.7 -4.7 0 0 105 M79 -4.7 -4-7 0 0 106 Mao z -47 -4.7 0 0 107 Mai z -4.7 -47 0 0 ioa Ma2 z -4.7 -4.7 0 0 109 M83 z -4.7 -4.7 0 0 110 Ma4 7 -47 -47 0 0 111 Mas z -4.7 -4-7 0 0 112 Maa z -47 -4.7 0 0 113 M87 z -4.7 -4.7 0 0 114 M88 z -4.7 -4,7 0 0 115 Msg z -47 -4.7 0 0 116 Mgo z -4.7 -4.7 0 0 117 M91 z -4.7 -4.7 0 0 118 M92 z -4.7 -4.7 0 0 119 M34 z -1.6 -1.6 0 0 120 M3S z -16 -1.6 0 0 121 M36 z -1.6 -1.6 0 0 122 M37 7 -16 -1.6 0 0 123 M38 z -1.6 -1.6 0 0 124 M39 z -1.6 -16 0 0 125 M40 z -1.6 -1.6 0 0 126 M41 z -1.6 -1.6 0 0 127 M42 z -1.6 -1.6 0 0 128 M43 z -1-6 -16 0 0 RISA-3D Version 12.0.2 [\\MBI-FlLE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - Model_1.r3dl Page 16 42 of 141 llmiSA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Cartsbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distrihutod Loads (BLC 6 •• Truck Indueod Wind Load) (Continuod) Member Label Direction Start Magnitude[lb/fl,F] End Magnitude[lb/fl,Fl start Locationpn,%] End LQcation[in,%] 129 M44 -1-6 -1.6 130 M45 -1.6 131 M46 -1-6 JA. 132 M47 -16 JA- 133 M48 -1.6 JA. 134 M49 -1.6 -16 135 MSO JA. 136 MSI -1.6 JA. 137 M52 -1.6 -1.6 138 MS3 JA. JA. 139 M54 JA. 140 M55 M56 JA. 142 M57 -1.6 -1.6 143 MSS JA. -1.6 144 M59 JA. -1-6 J45-M60 JA. -1.6 146 M61 -16 -16 147 M62 JA. JA. 148 Mea -1.6 -JA. 149 M93 -JA. ISO M94 JA. -1.6 151 M95 -1.6 -152-M96 -1-6 153 M97 -16 154 M9a -1.6 -1.6 155 Mgg -1.6 -JA. 156 Ml 00 -JA. -1-6 157 M101 -1-6 -1-6 158 M102 -1-6 -16 159 M103 -1-6 JA. 160 M104 -16 -1.6 161 M105 -1.6 -16 162 Mine -1-6 -1-6 163 Ml 07 -1.6 -1.6 Jfi4_ M108 -1-6 -1-6 165 M109 -1.6 -1-6 166 M11Q -1-6 -1-6 167 Mill -1-6 -1-6 JfiS-M112 -1.6 -1-6 169 M113 -1-6 -1-6 J2Q-M114 -1-6 -1-6 171 M115 -1.6 JA. 172 M116 -16 -16 J23-M117 -1.6 -1.6 JZ4-Miia -16 175 M119 -1.6 JA. 176 M120 -16 -16 177 M121 JA. JA. 178 M122 -1.6 -1.6 i7g M3 -8.3 -8.3 180 M4 -8.3 -83 Mombor Distrihutod Loads (BLC 7; BLC 1 Transiont Aroa Loads) Member label .Direction start Magni1ude[lbm,F] End Magnitude[lb/ft,F] Start LQcation[in,%] End LQCation[in,%] M9 -6.074 -6.Q74 57-404 69 189 MIO -seg -10862 13-838 MIO -10.862 -14-742 13.838 27.676 M10 -14 742 -16035 27.676 41.513 M10 -16.035 -13.44g 41.513 55 351 MIO -13.449 -8 276 55.351 69.189 M11 -15.653 -15.653 1631 67.935 M12 -10.833 -10.833 8-595 Ml 2 -10.833 -13.542 8-595 15 202 -UL M12 -13.542 -16.25 15-202 21-809 M12 -16.25 -18.958 21.809 28.416 J2-M12 -18.958 -21.667 28.416 35.023 J3-M12 -21 667 -18958 35-023 41-631 J4-M12 -18.958 -16.25 41.631 48.238 J5-M12 -16.25 -13,542 48-238 54.845 Jfi_ M12 -13.542 -10.833 54.845 61.452 J2-M12 -10-833 -10 833 61-452 68.059 JS-M13 -15.653 -15.653 1.297 67.601 J3-M14 -8.276 -13.449 13.838 J2Q-M14 -13.449 -16035 13.838 27.676 -21. M14 -16.035 -14 742 27-676 41-513 -22-M14 •14.742 -10.862 41-513 55 351 -23-M14 -10.862 -569 55-351 eg-iag -24-M15 -6-052 -6.052 11-828 -25--M24--12.595 -16.246 21.007 30.81 -26-M24 -16.246 -23.547 30.81 40.613 -22-M24 -23,547 -19.896 40.613 50.417 -28-M24 -19-896 -14.42 50.417 _6QJJ2- -29-M24 -14.42 -21 722 -60.22-70.023 30 M25 -10733 -15 844 14 005 RISA-3D Version 12.0.2 [\\MBi-FILE\MBI-Operations\Engineering\Signs\Projects\2014\14Q061M40061-132r1\140061-132r1 - Model_1.r3d] Page 17 43 of 141 RISA T E C H N L 0 Q I E S Company Designer Job Number Model Name MBI RJD 14C051.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distrihutod Loads (BLC 7: BLC 1 Transiont Aroa Loads) (Continuod) Member Label Direction start Magnitude[lb/ft,F] End Magnitude[lb/ft,F] Start Location[in,%] End Location[in,%] -31. M25 -15.844 -19.677 14-005 28 009 -32-M25 -19.677 -19.677 28.009 42.014 _aa_ M25 -19.677 -15.844 42-014 56.018 -34-M25 -15.844 -10733 56-018 70 073 -35-M26 -3.557 -18.8 14.087 -36-M26 -188 -23 881 14-087 28-174 -32-M26 -23.881 -18.8 28.174 42.261 _aa_ M26 -18.8 -13719 42.261 56.348 J39-M26 -13.719 -8.638 56-348 70435 -40-M27 -8.638 -13.719 14.087 -41. M27 -13.719 -188 14.087 28174 _42_ M77 -18.8 28 174 42.261 -43-M27 -23.881 -18.8 42-261 56.348 ..44-M27 -18.8 -3.557 56-348 70.435 -45-M2a -10-733 -15.844 14.005 ..46-M2a -15.844 -19.677 14.005 28.009 _4Z-M2a -19.677 -19-677 28.009 42.014 -48-M28 -19 677 -15 844 42.014 56.018 M28 -15.844 -10.733 56.018 70.023 M29 -21722 -14.42 9-803 -51. M29 -14.42 -19 age 9-803 19.606 -52-M29 -19-896 -23.547 19.606 29.41 -53-M29 -23 547 -16.246 29.41 39.213 _54_ M29 -16.246 -12.595 39.213 49.016 _55_ M43 -.226 -3,84 16.974 26.875 -56-M43 -3.84 -11 069 26.875 36.777 -52-M43 -11 069 -12877 36.777 46.678 AS-M43 -12.877 -9.262 46.678 56-579 A3-M44 --949 -12.018 11-316 -60-M44 -12.018 -23.088 11.316 -22.632- -61. M44 -23.088 -23.088 _22Ai2_ 33.948 -62--23.088 -13.6 33.948 45-264 -63-M44 -136 -.949 45-264 56.579 -64-M45 -2.372 -11 86 11 316 -65-M4S -11-86 -21.348 11-316 -22.632- -JS6_ M45 -21-348 -21348 -22.632-33-948 _62_ M45 -21.348 -10.279 33.948 45-264 M4S -10 279 -791 45-264 56.579 -69- JZQ- M46 M46 -5-535 -15.023 -15-023 -21.348 11.316 11.316 -22632- -Zl_ M46 -21 348 -19 767 -22.632-33.948 JZ2-M46 -19-767 -10.279 33.948 45.264 _Z3_ M46 -10279 -791 45.264 56-579 -24-M47 -5-535 -15.023 11.316 -25_ M47 -15.023 -22.93 11.316 -22.632- JZ6-M47 -22.93 -21.348 J22Aa2_ 33.948 _Z2-M47 -21.348 -13.441 33.948 45.264 M47 -13441 -7.116 45-264 56.579 -29-M4a -.945 -10.39 11.366 -BJL M48 -10.39 -21-411 11-366 22733 -81. M48 -21411 .:22iia5_ 22.733 34.099 J2_ M48 -22 985 -13.539 34.099 45.466 -83-M4a -13539 -.945 45.466 56.832 J4-M4a -.945 -13.539 11-366 -85-M49 -13.539 -21411 11-366 22-733 -86-M4a -21.411 -21.411 22.733 34.099 -87-M49 -21.411 -11 965 34.099 45.466 M49 -11.965 -.945 45.466 56 832 _aa_ MSO -7.116 -13,441 11.316 _9fl-M5Q -13441 -21 348 11-316 -22.632- -31. MSO -21 348 -2293 -22.632-33.948 -92-M50 -22 93 -15.023 33 948 45-264 _33_ MSO -15.023 -5-535 45-264 56-579 -94-M51 --791 -10279 11-316 _95_ M51 -10.279 -19767 11.316 -22632- -96-MS1 -19.767 -21.348 -22A32-33.948 jaz_ MSI -21 348 -15.023 33.948 45 264 M51 -15.023 -S.S35 45.264 56-579 -93-M52 -.791 -10279 11-316 100 M52 -10 279 -21.348 11.316 JflL M52 -21.348 -21.348 -22^32-33.948 102 M52 -21.348 -11.86 33.948 45 263 103 M52 -11.86 -2-372 45.263 56.579 104 M53 -1-107 -13.758 11-316 105 -U53--13.758 -23.246 11.316 -22.632- 106 M53 -23.246 -21-664 -22M2-33-948 107 M53 -21-664 -12,176 33-948 45 264 108 MS3 -12.176 -2-688 45-264 56.579 109 MS4 -9 262 -12 877 9-901 Jlfl-M54 -12.877 -11.069 9-9Q1 19-803 JIL JS454_ -11-069 -3.84 19.803 29.704 J12_ M54 -3.84 --226 29.704 39.606 113 M68 -6.074 -6.074 57.404 69.189 114 M69 -5-69 -10.862 13-838 115 M69 -10-862 -14742 13.838 27.676 R1SA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Proiects\2014\140a61\140061-132r1M40061-132r1 - Model_1.r3d] Page 18 44 Of 141 SllRiSA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Cartsbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distrihutod Loads (BLC 7: BLC 1 Transiont Aroa Loads) (Continuod) lie M69 Y -14742 .160!)5 27.676 41 513 117 MB9 Y -16035 -13.449 41.513 55.351 118 MR9 Y -13449 -8.276 55.351 69189 119 M7fl Y -15653 -15 6.53 1 631 67 935 120 M71 Y -10833 -10.833 1-988 8.595 121 M71 Y -10833 -13 542 8.595 15 202 122 M71 Y -13 542 -16.25 15-202 21 809 123 IU71 Y -16^25 -18958 21.809 7a.416 124 M71 Y -18958 -21.667 28-416 35 023 125 M71 Y -21 667 -18958 35-023 41.631 126 M71 Y -18958 -1675 41-631 48 238 127 M71 Y -16^25 -13.542 48 238 R4 845 128 M71 Y -13 542 -10833 54-845 61 452 129 M71 Y -10833 -10.833 61.452 68.059 130 M72 Y -15653 -15.653 1.297 67.601 131 M73 Y -8276 -13.449 0 13.838 132 M7.1 Y -13449 -16.035 13.838 77.676 133 M7.T Y -16.035 -14742 27.676 41 513 134 U7S Y -14.742 -10.862 41.513 S.5.3S1 135 M7a Y -10862 -569 55 351 fig.iag 136 M74 Y -6 052 -6.052 0 11.828 137 Maa Y -12 595 -16246 21.007 .30.81 138 Maa Y -16 246 -23.S47 30.81 40.613 139 Maa Y -23.547 -19896 40.613 50.417 140 Maa Y -19 896 -1447 50 417 fifl 77 141 Mfla Y -1442 -21.722 60-22 70.023 142 MA4 Y -10733 -15 844 0 14005 143 Ma4 Y -15.844 -19.677 14.005 28-OOg 144 Ma4 Y -19.677 -19.677 28.009 42.014 145 Ma4 Y -19.677 -15.844 42.014 .•ifi-Oia 146 Ma4 Y -15.844 -10733 56.018 70.023 147 MS-"! Y -3557 -18 8 0 14087 148 Ma."! Y -18.8 -23.881 14 087 28.174 149 Ma.-; Y -23 881 -188 28 174 42.261 150 Y -18.8 -13.719 42-261 !ie.34a 151 Ma."; Y -13,719 -8.638 56.348 70.435 152 MSR Y -8.638 -13719 0 14087 153 Mflfi Y -13719 -18.8 14087 78 174 154 Mafi Y -18,8 -23SS1 28.174 47 761 155 Mafi Y -23,881 -18.8 42-261 56 348 156 Maa Y -188 -3 557 56.348 70 435 157 Ma7 Y -10,733 -15 844 0 14.005 158 Ma7 Y -15 844 -19.677 14-005 78-008 159 Ma7 Y -19,677 -19.677 28-009 42.014 160 Ma7 Y -19,677 -15 844 42-014 56.018 161 Ma7 Y -15 844 -10.733 56.018 70 023 162 Maa Y -21722 -14.42 0 9-803 163 Maa Y -14 42 -igaae 9 803 19.606 164 Maf) Y -19896 -23.547 19.606 39.41 165 Maa Y -23547 -16.246 2941 39.213 166 Maa Y -16 746 -12S95 39213 49 016 167 Mlfl7 Y -.226 -3.84 16.974 26 875 168 Mm? Y -3.84 -11 069 26.875 36 777 169 Mm? Y -11.069 -12.877 36.777 46.678 170 Min? Y -12 877 -9 262 46-678 56 579 171 Mina Y -.949 -12018 0 11.316 172 Mina Y -12.018 -23.088 11-316 72-632 173 Mm.a Y -23.088 -23 088 22-632 33948 174 Mma Y -23.088 -13.6 33.948 45-264 175 Mma Y -13 6 -.949 45.264 56.579 176 Ml 04 Y -2.372 -11.86 0 11.316 177 Min4 Y -11.86 -21.348 11 316 22632 178 Min4 Y -21 348 -21.348 22.632 33.948 179 Min4 Y -21 348 -10.279 33 948 45.264 180 Miru Y -10279 -791 45.2B4 56.579 181 Mins Y -5.535 -15.023 0 11.316 182 Mm."! Y -15023 -21.348 11.316 77.637 183 Mm."; Y -21.348 -19.767 22632 33948 184 Min.<i Y -19 767 -10 779 33 948 45 764 185 Mios Y -10.279 -.791 45.264 56.579 isa Minfi Y -5.535 -15.023 0 11.316 187 MlflB Y -15023 -22.93 11.316 7? 63? 188 Mlflfi Y -22.93 -21.348 22.632 33.948 189 Mlflfi Y -21.348 -13 441 33 948 45 264 190 Mlflfi Y -13.441 -7.116 45.264 56.579 191 Min7 Y -.945 -10.39 0 11.366 192 Ml 07 Y -1039 -21.411 11-366 72733 193 Min7 Y -21411 -22.g85 22-733 .a4.09g 194 Min7 Y -72 985 -13539 34-099 45.466 195 M107 Y -13.539 -.945 45.466 56.832 196 Mma Y -.945 -13539 0 11 366 197 Mina Y -13 539 -21411 11.366 22.733 198 Mioa Y -21.411 -21.411 22.733 34.099 igg M108 Y -21411 -11 gas 34.099 45.466 200 Mma Y -11.965 -.945 45-466 •M 837 RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Gperations\Engineering\Signs\Projects\2C14\140061\140061-132r1\140061-132r1 - ModeLI.r3d] Page 19 45 Of 141 RISA 0 L 0 G I E S Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distrihutod Loads (BLC 7: BLC 1 Transiont Aroa Loads) (Continuod) Member Label Direction Start Magnitude[lb/ft,F] End Magnitude[lb/ft,F] Start Location[in,%] End Loeation[in,%] 201 M109 -7.116 -13.441 11.316 -202. M109 -13.441 -21.348 11.316 -22632- 203 M109 -21.348 -22.93 -22.632-33.948 204 M1Q9 .^2.33--15.023 33.948 45.264 205 Ml 09 -15.023 -5-535 45.264 56.579 206 M110 -.791 -10.279 11 316 207 M11Q -10-279 -19-767 11-316 -22632- -208-M11Q -19.767 -21 348 73 63? 33.948 209 M110 -21.348 -15.023 33-948 45.264 210 M110 -15.023 -5.535 45.264 56.579 211 Mill -.791 -10.279 11.316 212 M111 -10 779 -21.348 11-316 -22632- 213 M111 -21 348 -21-348 -22.632-33.948 214 M111 -21.348 -11.86 33.948 45 263 215 M111 -11-86 -2.372 45.263 56.579 216 M112 -1-107 -13.758 11-316 217 -M112--13.758 -23.246 11.316 -22632- 2ia M112 •23 246 -21 664 77 63? 33.848 219 M112 -21-664 -12176 33.948 45.264 .222. M112 -12176 -2.688 45.264 .56 579 221 M113 -9.262 -12.877 9.901 -222-M113 -12.877 -11-069 9.901 19.803 223 M113 -11069 -3.84 19.803 29704 224 M113 -3.84 -•226 29.704 39.606 Mombor Distrihutod Loads (BLC 8 ; BLC 2 Transiont Aroa Loads) Member Label Direction Start Magnitude[lb/ft,F] End Magnitudepb/ft,F] Start Locationpn,%] End LQcation[in,%] M9 -23324 -23,324 57-404 69 lag M1Q -21.849 -41.712 13.838 MIO -41712 -56.609 13.838 27 676 MIO •56.609 -61.575 27.676 41.513 MIO •61.575 •51 643 41-513 55.351 MIO -51 643 -31 781 55.351 69 189 Mil -60.108 -60.108 1.631 67.935 M12 -416 -41.6 1 988 8 595 M12 -41.6 8-595 15.202 Jfl-M12 •52 •62.4 Ji2Q2-21 809 M12 -62.4 -72.8 21.809 28.416 -12_ M12 -72.8 -83.2 28.416 35.023 J3-M12 -83.2 -72.8 35.023 41.631 -14-M12 -72.8 -62.4 41.631 48-238 J5-M12 -62.4 -52 48.238 54.845 -16-M12 -52 -41.6 54.845 61.452 J2-M12 -41.6 -41.6 61.452 68.059 J6_ M13 •60.108 •60.108 1.297 67.601 Jfl_ M14 •31.781 -51 643 13.838 -20-M14 -51 643 -61.575 13-838 27.676 -21. M14 -61.575 -56 609 27-676 41.513 -22-M14 -56 609 -41.712 41-513 55.351 -23-M14 -41-712 -21.849 55.351 69-189 -24-M15 -23238 •23-238 11-828 -25-M24 -48.365 -62.383 21.007 30.81 -26-M24 -62.383 -90.421 30.81 40.613 -2L. M24 -90.421 -76402 40.613 50.417 -28-M24 -76.402 -55.374 50.417 60-22 M24 -55.374 -83 411 _6QJ22- Jfl-M25 -41.215 -60.841 14.005 -31. M25 -60.841 -75.561 14-005 28-009 J2-M7S -7.S5fi1 -75.561 _2ajlQ9-42.014 -33-M25 -75.561 -60.841 42.014 56.018 -34-M25 -60.841 -41.215 56-018 70.023 -35-M26 -13.658 -72.192 14.087 A6_ M26 -72.192 -91 703 14.087 28174 _32L M26 -91.703 -72.192 28.174 42.261 -38-M26 -72-192 -52.681 42-261 56.348 -33-M26 -52.681 -33.169 56.348 70.435 _4fl_ M27 -33.169 -52681 14.087 -41. M27 -52.681 -72.192 14.087 28.174 -42-M27 •72.192 •91.703 28-174 42-261 _43_ M27 •91-703 -72192 42261 S6.348 ..44-M27 -72-192 •13.658 56.348 70.435 ..45-M28 -41-215 •60 841 14.005 ..46-M2a -60-841 -75.561 14.005 28.009 -42-M2a •75.561 -75-561 28.009 42014 ..48-M2S •75561 •60.841 42-014 56 018 .J3-M28 -60-841 -4121S 56.018 70.023 -50-M2g -83411 -55374 9-803 -51. M29 -55.374 -76402 i.803 19.606 _S2-M29 •76.402 •90421 19.606 29.41 -53-M29 •90.421 -62.383 29.41 39.213 A4-M29 -62383 ^8.365 39.213 49.016 -55-M43 -.867 -14 747 16 974 26.875 -56-M43 -14.747 -42507 26.875 36.777 -52-M43 -42.507 -49447 36.777 46.678 -58-M43 -49447 -35.567 46.678 56 579 R1SA-3D Version 12.0.2 [\\MBI-FiLE\MBl-Operations\Engineering\Signs\Projects\2C14\140061\140051-132r1M40061-132r1 - Model_1.r3d] Page 20 46 Of 141 SiiRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distrihutod Loads (BLC 8 ; BLC 2 Transiont Aroa Loads) (Continuod) Member L.abel Direction •Start Magnitude[lb/fl,F] End Magnituda[lh/fl,F] Start LocatiQn[in,%] End Localinn[in,%] -52-M44 -3643 -46.15 11.316 -60-M44 -4615 •8a.es7 11.316 22.637 -61. M44 •88.657 -88.657 -22632-33.948 62 M44 •88.657 •52 777 33.948 45.264 -63-M44 .^2222--3.643 45.264 56.579 -64-M45 -9.109 -45 543 11 31fi -65-M4S -45.543 -81.977 11-316 -22632- -66-M45 •81.977 -81-977 22.632 33.948 -6Z-M45 -81.977 -39.47 33.948 45.264 -68-M45 -39.47 -3.036 45.264 56.579 JS9_ M46 -21.753 -57 6aa 11.316 _ZQ_ M46 -57fiaa -81.977 11,31fi 77 637 M46 -81,977 -75 9ns -22632-33 948 J22-M46 -75,905 -39.47 33.948 45,264 -Z3-M46 -3947 -3.036 45 264 56.579 _Z4_ M47 •21.253 •57.688 11.316 JZS-M47 -57.688 -88.049 11.316 2263? M47 -88049 -81.977 22.637 33.94S 77 M47 -81.977 -51.615 33.948 45.264 JZS-M47 •51.615 •77 376 45.264 56,579 _Z3-M4a •3.627 -39.899 11.366 -80-M4a -39.agg -82.217 11,3fifi J22233- _ai_ M48 -82217 -88.262 22733 34.099 -82-M4a -88.76? -51,99 34.099 45.466 -83-M4a •51,99 •3.627 45.466 .56 837 A4-M4a -3.627 •51,99 11,366 -85-M49 -51,99 -82 717 11-366 227.33 -86-M49 •a2.?i7 -82.217 22-733 34.099 -82--M4S--82.217 -45.945 34-099 45.466 -88-M49 -45.945 -3.627 45.466 56-83? MSO -27.326 -51.615 11.316 _9fl-M50 •51 615 •81.977 11-316 77 637 -31. MSO •81,977 -88.049 -22632-33.948 -92-M50 -88.049 -57 saa 33-948 45.764 -33-MSO -57.688 -21.253 45.264 56.579 M51 -3.036 -39.47 11-316 -35-MS1 -3947 -75905 11.316 -22.632- -96-M51 -75.905 •81 977 _22.632_ 33 94R -92-M51 •81 977 •57 saa 33-948 45 264 M51 •57.688 •21 753 45.264 56-579 -33-M52 •3-036 -39-47 11 316 100 M52 -39.47 •81-977 11.316 -22632. JflL M52 •81,977 -81-977 22,632 33.948 102 MS2 •81.977 •45.543 33.948 45 263 103 M52 -45.543 -9.109 45.263 56.579 104 M53 -4 751 11-316 105 -M53--52.83 -89,264 11-316 -22.632- 106 MS3 •89.264 -83.191 2263? 33-948 107 MS3 -83191 -46757 33.948 45.264 108 M53 -46.757 •10.323 45.264 56.579 109 M54 -35,567 -49.447 9.901 110 M&4 -49 447 -42..S07 9,901 19.803 JIL M&4 -42.507 -14 747 19.803 29.704 112 -1454--14.747 -.867 29.704 39.606 Mombor Distrihutod Loads (BLC 0 ; BLC 3 Transiont Aroa Loads) Member Label Direction .Start Magnitijde[lb/ft,F] End Magnitude[lb/ft.F] start LoeatinnOn,%] Fnd Locatinn[in %] M12 -129,68 -100.539 35.023 41.631 M12 •100 539 -85 968 41 631 48.238 M12 -85 968 -71,397 48.238 54.845 M12 -71.397 -56.826 54-84.'; 61.452 M12 -56 826 -56.826 61-4.57 68.059 M13 -84,214 -84 714 1.297 67.6ni M14 -44 526 -72.3.54 13,838 M14 -72,354 •86.269 13,838 27.676 M14 •86 269 •79 317 27.676 41,513 Jfl-M14 •79.312 -58.44 41.513 55.351 M14 -58.44 -30.611 55.351 69.189 J2_ MIS -32557 -32.557 11.828 ja-M27 -46 47? -73808 14087 M27 -73.808 -101.144 14-087 28.174 J5-M27 -101 144 -128 48 28.174 42261 J6-M27 -128.48 -101.144 42.261 56.348 J2_ -M22--101.144 -19.135 56.348 70.435 JB-M28 •57 744 -85 741 14.005 J3-M28 -85241 -105.864 14.005 28.009 -20-M28 -105.864 -105 864 28.009 42.014 -2L M28 •105.864 -85.241 42.014 56.018 -22-Mga •85.241 •57.744 56.018 70.023 -23-M29 -116.863 -77.581 9.803 -24-M29 -77.581 -107.042 9.803 19.606 M?9 -107 04? -176 683 19.606 -29.41- -26--M29-•126 683 -87.402 29.41 39.213 -2Z-M29 -87 402 -67.761 39 713 49.016 M49 -5,087 -72 S4 11,366 RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2C14\140061\14C061-132r1M40061-132r1 - ModeM.rSd] Page 21 47 Of 141 TECHNOLOBI Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distrihutod Loads (BLC fl .- BLC 3 Transiont Aroa Loads) (Continuod) Member Label Direction Start Magnitude[lb/fl,Fl End Magnitude[lb/ft,F] Start Location[in,%] End Location[in,%] -23-M49 -72.84 -115.189 11-366 22733 _3fl_ M49 -115.189 -115.189 22.733 34.099 -31. -M43--115.189 -64.37 34.099 45.466 A2--M49--64.37 -5.082 45.466 56.832 A3-M50 -38.284 -72.315 JL 11.316 -34-M50 -72315 -114-853 11.316 -22632- .J5_ MSO -114.853 -123.361 -22632-33.948 -36-M50 -123.361 -80.823 33.948 45-264 -3Z. MSQ -80-823 -29.777 45-264 56.579 -38-M51 -4-254 -55,3 11 316 A3-M51 -55.3 -106.346 11.316 -22632- _4Q_ M51 -106.346 -114.853 -22.632-33 948 M51 •114.853 •80823 33.948 45.264 -42-M51 •80.823 •29.777 45.264 56.579 -43--M52-•4.2S4 -553 11 316 -44-M52 -55 3 -114.853 11-316 -22632- .JS-M52 -114.853 -114.853 -22632-33.948 _4fi_ M52 •114-853 -63 807 33948 45.263 .J2_ M52 -63.807 -12.761 45.263 56.579 -48-M53 -s.gss -74 016 11 316 _4a_ M53 -74.016 -125.062 11.316 -22632- -50-M53 •125.062 •116.555 -22632-33.948 -51. MS3 -116.555 -65,509 33.948 45.264 -52-M53 -65.509 -14.463 45.264 56.579 -53-M54 -49 831 -69.277 9.901 J4-M54 -69.277 -59.554 9.901 19.803 J5-M54 -59554 -20.661 19.803 29.704 -56-MS4 -20 661 -1.215 29.704 39.606 A2-Mg •i3,g7 -I3,g7 57.404 eg iag -56-M10 -13,087 -24984 13,838 -53-M10 -24 984 -33,906 13,838 27,676 -60-M10 •33,906 -36 881 27.676 41,513 -61-M10 -36.881 -30.932 41.513 55.351 -62-M10 •30.932 -19035 55.351 69.189 -63-M11 -36.002 -36 002 1,631 67,935 -64-M12 -24,294 -24,294 1-988 8.595 -65-M12 -24.294 -30523 8,595 15,202 -fifi— M12 -30.523 -36,752 15 703 71,809 -62-M12 -36,752 -42981 21,809 28416 -fifi-M12 -42,981 -55,44 28.416 35,023 _63_ M24 -28968 -37,365 21.007 30,81 -ZQ-M24 •37,365 -54,158 30 81 40.813 _Z1--M24-•54.158 •45762 40.613 50.417 J?2-M24 -45 762 •33167 50.417 60.22 -Z3-M24 •33,167 -49.96 60.22 70.023 JZ4-M25 •24.686 •36 441 14005 _Z5_ M25 -36.441 -45.258 14.005 28.009 JZfi-M2S -45258 •45.258 -2ajHia-42.014 -22-M2S -45.258 -36.441 42.014 56.018 M25 -36.441 -24.686 56,018 70.023 -23-M26 -8,181 -43,24 14,087 Afl-M26 -43,24 -54,927 14.087 28,174 -61. M26 -54,927 -43,24 28.174 42.261 -82-M26 -43.24 -31.554 42.261 56.348 -83-M26 -31 554 -19 867 56,348 70.435 -84-M43 -52 -8.833 16.974 26.875 -85-M43 •8,833 -25.46 26.875 36.777 M43 •25 46 -29.616 36.777 46.678 -82-M43 -29,616 -21.303 46.678 56.579 -88-M44 -7,182 -27.642 11,316 -83-M44 -27.642 -53.102 11.316 -22632- -90-M44 -53.102 -53.102 -22632-33.948 M44 -53.102 -31.279 33.948 45.264 -31.279 -2.187 45,264 56.579 -33-M45 -5,456 -27.278 11,316 -34-M4S -27,278 -49,101 11.316 -22632- -35-M45 -49,101 -49,101 -22.632. 33,948 -96-M45 -49,101 •23.641 33.948 45,264 AZ-M45 -23,641 -1 819 45,264 56.579 M46 -12,73 -34.552 11.316 M46 -34,552 •49.101 11-316 -22632- 100 M46 -49.101 •45.464 -22632-33.948 JflL M46 -45464 -23.641 33.948 45.264 102 M46 -23.641 •1.819 45.264 56579 103 M47 -12.73 -34,552 11-316 104 M47 -34.552 -52.738 11.316 -22632- 105 M47 -52738 -49.101 -22632-33948 JIB-M47 -49.101 -30.915 33.948 45-264 107 M47 •30 915 •16.367 45764 56579 108 M48 •2.173 -23.898 11.366 109 M48 -23.898 -49.245 11.366 22.733 110 M48 -49.245 -52.865 22.733 34.099 Jll. 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MSO... -16865 -18114 -22632-33.948 -92_ M5Q. -18.114 -11868 33.948 45.264 -33-MSO -11 sea -4.372 45-264 56.579 -94-M51 •625 -;BJ2-11.316 A5-M51, -8-12 -15-616 11-316 -22632- M51 -15-616 •16.865 -22632-33.948 AZ_ MS1,. -16.865 -11,868 33.948 45.264 M51 -11868 -4.372 45.764 56.579 -53-M52 -.625 -8-1? 11-316 100 MS? -8-12 -16.865 11 316 -22632- 101 M52 -16.865 -16.865 -22632-33.948 102 M57 -16.865 •9-369 33-948 45.?63 103 M52 -9,369 -1.874. 45.263 56.579 104 MS3 -874 -10.869 11-316 105 M53.... -10 869 •18.364 11 -316 -22632-106 M53 -18-364 •17-115 _22fi32-33.948 107 ioa M53 M53 -17.115 -9-619 -9-619 •2,124 33-948 45.264 45.264 56.579 Jfl3-MS4 -7.317 -10.173 9-901 110 MS4 -10-173 •8.745 9901 19.803 JiL M54 -8.745 -3.034-19.803 29.704 112 M54 •3.034 .^JZS-29.704 39.606 113 -MM-•4.798 •4.798... 57.404 69.189 114 M69. -4.495 -8.581-13.838 115 M69. -8.581 -11.646 13.838 27.676 116 M69 -11-646 -12-668 27.676 41-513 117 M69 -12 668 -10-625 41.513 55-351 JIA M69 •10-62S -6-538 55-351 6g-18g JIA M70 -12.366 -12.366 1-631 67-g3S 120 M71 -8-558 -8-558 1-988 a-sgs J2L M71 -8-558 -10-698 8.595 15.202 122 M71 -10.698 -12.837 15-207 21.809 123 -12637 -14.977 21.809 28.416 RISA-3D Version 12.0.2 [\\MBI-FlLE\MBi-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - Model_1.r3d] Page 25 51 of 141 ll II IRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distrihutod Loads (BLC 11; BLC 5 Transiont Aroa Loads) (Continuod) 124 M71 7 -14.977 -17117 78 416 35 023 125 M71 Z -17.117 -14977 35.023 41 631 126 M71 Z -14.977 -12 8.37 41-631 48 238 127 M71 Z -17 837 -10 698 48 238 !i4 84S 128 M71 Z -10.698 -8.558 54.845 61452 129 M71 Z -8 5.58 -a ssa 61 452 68 059 130 M72 Z -12.366 -12366 1-297 67 601 131 M7a Z -6538 -10 675 0 13 838 132 M73 Z -10-625 -17668 13-838 27 676 133 M73 z -12 668 -11 646 27.676 41 513 134 M73 z •11.646 -8 581 41.513 55 351 135 M73 7 -8 581 -4.495 55.351 69 189 136 M74 z -4-781 -4 781 0 11 828 137 Maa z -9.95 •12.834 21.007 30.81 138 Maa z -12.834 •18.602 30 81 40.613 139 Maa z -18.602 -15718 40-613 50.417 140 Maa z -15.718 -11 397 50-417 60.22 141 Msa z -11 392 -17 16 60.77 70 023 147 Ma4 z -8.479 -17.517 0 14.005 143 Ma4 7 -12 517 -15545 14.005 28 009 144 Ma4 7 -15.545 -15.545 78.009 47014 145 Ma4 Z -15.545 -17517 42-014 56 018 146 Ma4 7 -12.517 -8.479 56-018 70 073 147 M85 Z -2.81 -14 852 0 14.087 148 Mas 7 -14 as? -laafifi I4na7 78 174 149 Mas Z -18.866 -14.857 28.174 42.261 150 Mas 7 -14.85? -10 838 42.761 .56 348 151 M85 Z -10.838 -6.824 56.348 70 435 152 Mae Z -6.824 -10838 0 14 087 153 MS6 Z -10.838 -1485? 14-087 28 174 154 Mae Z -14.852 -18866 28-174 42 261 155 Mafi -18866 -14852 42261 .56 348 156 MSfi Z -14.852 -2.81 56.348 70 435 157 M87 Z -8479 -17 517 0 14 005 158 M87 Z -17517 -15 545 14.005 28 009 159 Ma7 Z -15.545 -15.545 28.009 42.014 160 Ma7 Z -15.545 -12.517 42.014 56 018 161 M87 Z -17.517 -8 479 56.018 70 023 162 Maa 7 -1716 .11 39? 0 9 803 163 MSS Z -11.392 -15.718 9.803 19 606 164 Maa Z -15718 -18 607 19.606 79 41 165 Msa Z -18.602 -12.834 29.41 39 213 166 Mas Z -12834 -9.95 39-213 49016 167 M1Q2 Z -.178 -3-034 16-974 26875 168 M107 z -3.034 -8.745 26-875 36.777 169 MIO? z -8.745 -10 173 36.777 46678 170 M107 z •10.173 -7.317 46.678 56.579 171 Mma z -.75 -9 494 0 11 316 172 M103 z -9.494 -18.739 11.316 22.632 173 M103 z -18.239 -18239 22.632 33.948 174 Mma 7 -18 739 -10 744 33 948 45 364 175 M103 Z -10.744 -.75 45.264 56.579 176 M104 Z -1 874 -9.369 0 11 316 177 Ml 04 z -9.369 -16.865 11.316 22 632 178 Ml 04 z -16 aes -16 865 22-632 33 948 179 M104 z -16865 -8.12 33-948 45.264 180 M104 z -B.12 -.625 45.264 56.579 181 M105 z -4.372 -11.868 0 11.316 182 M10S 2 -ii.aea -16.865 11.316 27 637 183 Mms z -16865 -15616 22.63? 33 948 184 MIOS z -15.616 -8.17 33.948 45-764 185 M105 7 -8.12 -.675 45.264 56 579 186 MIOfi z -4.372 -11868 0 11 316 187 Mlflfi z -11 868 -18 114 11.316 77 637 188 Mine 2 -18.114 -16.865 22.632 33.948 189 Ml 06 Z -16.865 -10.619 33.948 45 264 190 Mmfi 2 -10619 -5.622 45 764 56 579 191 M107 Z -.746 -8.208 0 11.366 192 M1Q7 -8-208 -16.914 11-366 77 733 193 M107 Z -16.914 -18.158 22.733 34.099 194 M107 Z -18.158 -10.696 34-099 45 466 195 M107 Z -10696 -746 45 466 56 832 196 Mioa Z -.746 -10.696 0 11.366 197 M108 Z -10.696 -16914 11 366 22 733 198 Mioa Z -16-914 -16.914 22.733 34 099 199 M108 z -16914 -9.452 34.09g 45 466 700 Mina 2 -9.452 -746 45-466 56 832 201 M109 Z -5.622 -10.619 0 11.316 202 Ming Z -10.619 -16-865 11.316 77 632 203 M109 Z -16.865 -18114 22.632 33-948 204 Ming z -18114 -11:868 33-948 45 764 205 M109 z -11 868 -4-372 45-264 56 579 206 M110 z -:625 -8.12 0 11.316 207 M11Q z -8.12 -15616 11.316 22.632 208 Miin z -15.616 -16.865 22.632 33948 RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\14006H14CQ61-132r1\140061-132r1 - ModeL1.r3d] Page 26 52 of 141 Company IRISA Model Name H N O L 0 0 I MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distrihutod Loads (BLC 11; BLC 5 Transiont Aroa Loads) (Continuod) Member Label Direction •Start Magnitjde[lb/ft,F] End MagnitudeDb/ft,F] Start LQcatlon[in,%] End Location[in,%] 209 M110 -16 865 -11-868 33-948 45.264 210 M110 -11-868 -4.372 45.264 56.579 211 -Mill. -.625 -8.12 11.316 212 Mill -8.12 •16865 11.316 -22.632- 213 Mill -16.865 -16.865 -22£32-33.948 214 M111 -16865 -9 369 33.948 45 763 215 M111 -9.369 -1.874 45.263 56.579 216 M112 -874 •10869 11-316 217 M112 -10.869 -18364 11-316 -22632L 218 M112 •18.364 -17.115 -22632-33.948 219 M112 -17.115 -9.619 33.948 45.264 -22fl-M112 -9.619 -2.124 45 764 .56 579 221 M113 -7.317 -10.173 ggoi .222. M113 •10.173 -8-745 9.901 19.803 -223-M113 -8.74S •3.034 19.803 29704 224 M113 -3.034 •.178 29-704 39.606 Mombor Distrihutod Loads (BLC 12 • BLC 6 Transiont Aroa Loads) Member Label Direction •Start Magnitude[lb/ft,F] End Magnitude[lb/ft,F] Start LQcationpn,%] End Location[in,%] M9 -13.727 -13.727 57.404 eg.iag MIO -12.859 •24.549 13838 MIO -24.549 -33.317 13.838 27.676 MIO -33.317 -36 239 27.676 41 513 M1Q -36.239 -30.394 41.513 55.351 MIO -30.394 -18.704 55.351 69.189 Mil -35.376 -35376 1-631 67.935 M12 -24.483 -24.483 1.988 8.595 M12 -24 483 -30604 8.595 15.202 -Ifl-M12 -30.604 -36.725 15.202 21-809 -11. M12 •36.725 -42846 21-809 28416 J2_ M12 •42846 -48.967 78-416 35-023 J3-M12 -48.967 -42.846 35.023 41 631 _14_ M12 -47 846 -36 775 41 631 48 7.38 J5_ M12 -36.725 -30.604 48.238 54-845 JA. M12 -30.604 -24483 54-845 61.452 -IZ-M12 -24.483 -24.483 61.452 68.059 Jfl-M13 -35.376 -35 376 1 797 67.601 J3-M14 -18.704 -30.394 13.838 -2fl-M14 -30.394 -36.239 13.838 27.676 -21. M14 -36.239 -33.317 77 676 41.513 -22-M14 •33.317 •24.549 41-513 55.351 -23-M14 •24.549 •12.859 55.351 eg.iag -24-MIS •13.676 •13.676 11.828 -25-M24 •28,465 •36.715 21.007 3Q.ai -26-M24 •36.715 -53.216 30.81 40.613 -22-M24 -53.216 -44.966 40-613 50.417 -28-M24 -44.966 •32.59 50-417 -60.22- .23. M24 -32.59 -49.091 60.22 70.023 -3Q_ M2S -24 257 -35 808 14.005 -31. M25 -35,808 -44.471 14.005 28.009 A2-M2S -44.471 -44.471 28.009 42.014 -33-M25 -44 471 -35.808 42.014 56.018 J4. M25 -35.808 -24.257 56.018 70.023 -35-M26 -8.038 -42488 14087 .Afi-M26 -42.488 -53.971 14.087 28.174 37 M2e -53.971 -42 488 28.174 4? ?61 -38-M26 -42,488 -31.005 42.261 56-348 -33-M26 -31,005 -19522 56.348 70.435 -40-M27 -19.5?? -31 005 14.087 -41. M27 -31 005 -42,488 14.087 28.174 -42-M27 -42.488 -53.971 28.174 42 261 .J3-M27 -53.971 -42,488 42.261 56 348 M27 -42488 -8.038 56-348 70.435 .J5-M28 -24257 -35.808 14.005 -4fi_ M28 -35.808 -44.471 14.005 28.009 M28 -44471 -44.471 28.009 42.014 M28 -44.471 -35.808 42.014 56.018 -43-M2a -35 808 -24257 56.018 70.023 -60-M29 -49.091 -32-59 9.803 -51. M29 -32 59 -44.966 i.803 19-606 -52-M29 t-966 -53-216 19.606 29-41 -53-M29 -53.216 -36715 29.41 39.213 -54-M29 -36.715 -28.465 39.213 49.016 -55. M43 -.511 -8.679 16.974 26.875 _5fi_ M43 •8.679 •25.017 26-875 36.777 -52-M43 -25.017 -29.101 36.777 46.678 -Sa. M43 -29101 -20 933 46.678 56.579 -59-M44 -2.144 -27,161 11-316 -60-M44 -27.161 •52,178 11.316 -22832. -61. M44 -52.178 •52.178 -22632-33.948 -62--52.178 -30.735 33.948 45.264 -63-M44 -30.735 -7 144 45 764 56579 _fi4_ M4S -5.361 -76 804 11-316 -65-M4S -26.804 -48.247 11.316 -22632- -48 247 -48 747 77 637 33948 R1SA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2ai4\140061\140061-132r1\140061-132r1 - Model_1.r3d] Page 27 53 of 141 IRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Histributod Loads (BLC 12: BLC 6 Transiont Aroa Loads) (Continuod) Member Label Direction Start Magnitude[lb/ft,F] End Magnitudepb/ft.F] Start I nr.atinnpn.%1 End Location[in,%l -62-M45 -48.247 -73 73 33-948 45 264 -68-M4S •23 23 •1-787 45-264 56.579 -63-M46 •12.508 •33,952 11.316 -Jfl-M46 •33.952 •48 247 11.316 -22632- _21_ M46 -48-247 -44.673 -22632-33.948 -Z2-M4e -44.673 .^3.23-33 948 45.264 _Z3_ M46 .^3.23--1.787 45.264 56.579 -24-M47 -12-508 -33.952 11-316 -25-M47 -33 95? -51,821 11.316 -22632- JZfi-M47 -51,821 -48.247 _22fi32-33 948 _Z2-M47 -48,247 -30.378 33 948 45 764 -28-M47 -30,378 -16,082 45,264 56,579 _Z3-M48 -2135 -23.482 11.366 -Bfl-M4a •73482 -48.388 11.366 22.733 -81. M48 •48.388 -51.946-22.733 34.099 -82-M4a •51.946 -30.598 34,099 45.466 -83-M48 -30.598 -2.135 45.466 56.832 A4-M49 -2,135 -30.596-11 366 -fiA M49 -30,598 -48,388 11.366 22.733 M49 •48.388 •48.388 22 733 34.099 -82-M49 •48.388 -27.04 34.099 45.466 -88-M49 -27.04 -2.13S 45.466 .^£32- -63-MSO -16.082 -30.378 11.316 -90-MSO -30.378 -48.247 11-316 -22632. -31. M.5fl -48,247 -51 821 -22632. 33.948 -32-MSO -51-821 -33,952 33-948 45 264 -93-MSO -33952 -12 508 45,264 56,579 _a4_ M51 -1 787 -73 73 11-316 -95-M51 •23-23 •44 673 11-316 -22632- -36-M51 t.673 •48.247--22632-33.948 -3Z_ MSI •48247 -33,952 33.948 45,264 -98-M51 -33 952 -12508 45.264 56 579 -99-MS2 -1,787 -23 23 11.316 100 MS3 .:23.2a--48 247 11.316 -22632- 101 M52 -48,247 -48.247 -22632-33,948 102 M52 -48.247 -26.804 33.948 45.263 103 MS2 •26.804 •5,361 45.263 56.579 -104. MS3 .i502-•31.092 11,316 105 MS3 •31,092 •52.535 11.316 22 637 JJB. M53 •52 535 -48,962 -22.632. 33.948 107 MS3 -48,962 •27519 33,948 45,264 108 MS3 -27.519 •6.076 45,764 56.579 Jfl9_ M54 -20,933 -29,101 9.901 110 M54 -29101 -25,017 9.901 19-803 JIL M54 -25.017 -8-679 19.803 29.704 117 M54 -8.679 -.511 29-704 39.606 Mombor Araa Loads (BLC 1; Doad Load) Joint A -Joint B Joint C .loint D Direction Distribution Magnitude[psf| N115A N128A N128B N116A Two Wav -10 N126A N124A N125A N127A Two Way -10 Momhor Aroa Loads (BLC 7 • Wind Load A) Joint A .loint B .loint C. Joint D nL-itrihutinn Maqnitude[psf] N115A N128A N128B N116A Two Way I -38,4 Mombor t\roa Loads (BLC 3 : Wind Load B) .loint A Jgint B Joint C Joint D Direction Distribution Magnitude[p.sf] N11SB N86 N12aB N116A Tu/n Wav -53,8 N115A -N128A-N86 N11SB Two Way MomborAroa Loads (BLC 4 : Wind Load C) 1 N117A N116B N12aB N116A Z Two Wav -688 7 N119 NliaA N116B N117A 2 Twn Way -447 3 N121A N120A N118A Niig Z Two Wav -32.3 4 N115A N128A N120A N121A Z Twn Way -223 Mombor Aroa Loads (BLC 5; Soismie) 1 N115A N128A N128B N116A Z Two Wav -79 2 N126A N124A N12SA N127A z Two Way •7.9 Mombor Aroa Loads (BLC 6 Truck Indueod Wind Load) Joint A .loint B .loint C Joint D Direction Distribution Magnitude[psf| N115A N128A N128B N116A Twn Way •22.6 RISA-3D Version 12.0.2 [\\IVIBI-FILE\MBl-Operations\Engineering\Signs\Pro]ects\2014\140a61\140061-132r1\140061-132r1 - ModeLI.r3d] Page 28 54 of 141 Company Designer Job Number , E s Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Envolopo Joint Displaeomonts 1 N1 max .08 9 -.05 5 -1,1 8 -7.94e-3 8 -2.066-3 4 1.866-3 4 2 min OS 8 -.08 4 -1.71 9 -1.24e-2 9 -3716-3 9 1,056-3 5 3 N2 may 0 1 0 1 0 1 0 1 0 1 0 1 4 min 0 1 0 1 0 1 0 1 0 1 0 1 5 N3 may 07 9 -,11 5 -1,31 8 -8.13e-3 a -1 95e-3 4 1 7e-3 4 6 min 04 8 -2 4 -2.06 9 -1.27e-2 g -3.526-3 9 9,776-4 5 7 N4 max 0 5 -08 5 -1,55 8 -8 06e-3 8 -1.94e-3 4 1,796-3 4 8 min 0 4 -13 4 -2,42 9 -1.26e-2 9 -3.516-3 9 1.016-3 5 9 NS may .04 9 0 6 -1.3 8 -7.6e-3 8 -1.486-3 4 8.856-4 4 to min 02 a 0 4 -2.01 9 -1.186-2 9 -2 67e-3 9 4.776.4 5 11 N6 max .07 9 0 fi -97 8 -7.35e-3 a -1.366-3 4 4.916-4 4 12 min ,04 8 0 4 -1.48 9 -1.14e-2 9 -2.466-3 9 2,486.4 5 13 N7 max 0 5 0 fi -1 73 8 -7.e7e-3 8 -1.486-3 4 8.866-4 4 14 min •02 4 0 4 -2 66 9 -1.19e-2 9 -2,676-3 9 4.77e-4 5 15 N8 max ,02 g 0 6 -1.45 « -7.6e-3 fl -1,486-3 4 8,856-4 4 16 min ,01 8 0 4 -2.24 9 -1.1Se-2 9 -2,67e-3 9 4,776-4 5 17 N9 may 0 5 -,15 5 -1 76 8 -8 3e-3 fl -1 79e-3 4 1,76-3 4 18 min -.01 4 -26 4 -2.78 9 -1.3e-2 9 -3,236-3 9 9.816-4 5 19 NIO may 0 5 -32 5 -2.21 8 -8.66e-3 8 -9,2Se-4 fl 9 786-4 3 20 min -.02 4 -55 4 •3.56 9 -1 376-2 9 -1,636-3 9 5,566-4 8 21 Nil may .03 9 -,3 5 -1.79 8 -845e-3 8 -9,1Se-4 4 1,17e-3 3 22 min .02 8 -.52 4 -2,89 9 -1 33e-2 9 •1,836-3 9 6.976-4 8 23 N12 max 0 5 -,35 5 -2,27 3 -8.6e-3 8 -4,91 e-4 8 5.186-4 9 74 min fl 4 -6 4 -3 67 9 -1 36e-2 9 -8,666-4 9 3 1e-4 8 25 N13 max .02 9 -34 5 -1.88 8 -841e-3 3 -4,356-4 4 7.436-4 2 min 01 a -58 4 -3.0S 9 -1.336-2 9 -1 01e-3 9 4446.4 8 27 N14 may 0 5 -.21 5 -1.95 8 -8.56-3 8 -1,586-3 4 1.556-3 4 28 min -.02 4 -37 4 -3.1 9 -1.346-2 9 -2,846-3 9 9-0664 5 29 N15 may .06 9 -18 5 -1.5 8 -8.3e-3 3 -1.76-3 4 1-656-3 4 30 min .03 a -32 4 -2.39 9 •1.3e^2 9 -3.136-3 9 9-626-4 5 31 N16 may 0 5 -,27 s -2 1 a -8 62e-3 fl -1 296-3 4 1-316-3 4 32 rtiln -.02 4 -47 4 -3.36 9 -1 366-2 9 -2.296-3 9 7.86-4 5 33 N17 may 04 9 -.25 5 -1 66 fl -847e-3 fl -1 35e-3 4 1436-3 3 34 min .03 8 -.43 4 -2,67 9 -1.33e-2 9 -2.56a-3 9 8.476-4 5 35 N18 may 0 3 0 6 0 4 0 fl 0 4 0 8 36 min 0 5 0 4 0 9 0 9 0 9 0 3 37 N40 may -.03 5 0 8 -88 4 -6.53e-3 4 2.696-3 9 -3.73e-4 8 38 min -06 4 0 9 -1,37 9 -1.036-2 9 1 .S3e-3 fl -6 746-4 9 39 N41 may 0 5 0 8 -1.18 4 -6.69e-3 4 2.936-3 9 -6.166-4 8 40 min -.02 4 0 9 -1.84 9 -1.06e-2 9 1.676-3 8 -1.036-3 9 41 N43 may 0 5 0 8 0 8 0 4 0 9 0 4 42 min 0 3 0 9 0 9 0 9 0 8 0 5 43 NS3 max .01 9 0 a -1.31 4 -6.6ge-3 4 2.936-3 9 -6.166-4 8 44 min 0 4 0 9 -2.05 9 -1 066-2 9 1.676-3 8 -1.036-3 9 45 N54 may .02 9 -.34 5 -2.16 8 -787e-3 4 1.656-3 9 -5.1 e-4 5 46 min .01 8 -57 3 -3.48 9 -1.266-2 9 9.376-4 fl -8.876-4 4 47 NSS max 0 fi -35 5 -1 87 8 -7S3e-3 4 1.676-3 9 -3.67e-4 5 48 min -01 4 -.59 3 -3.03 9 -1.2Se-7 9 9.586-4 8 -6-656-4 4 4g NS6 max ,03 9 -.29 8 -2.03 4 -7 53e-3 4 2.4e-3 9 -7.646-4 5 50 min 02 8 -.49 3 -3.26 9 -1 77e-7 9 1.36e-3 a -1 .ae-3 4 51 N57 max 0 6 -.32 8 -1.77 8 -751e-3 4 2.45e-3 9 -6.466-4 5 52 min -02 4 -S3 3 -286 9 -1 216-2 9 1,46-3 8 -1-126-3 4 53 NSS max 0 9 -.37 5 -2.20 8 -847e-3 3 1.056-4 7 4.926-5 9 54 min 0 a -6? 3 -3.69 9 -1 346-2 9 -3.046-5 1 2-586-5 8 55 N59 max .01 9 -,37 5 -1.93 8 -8.36-3 3 1.15e-4 3 3.6-4 9 56 min 0 a -6? 3 -3.12 9 -1 31e-2 9 -1.796-4 5 1.786-4 8 57 N6Q max .01 9 -,36 5 -2.25 8 -8.21 e-3 4 8.256-4 9 -2.56-4 6 58 min 0 8 -61 3 -3.63 9 -1.36-2 9 4.6464 4 ^.556-4 4 sg N61 may 0 6 -37 5 -1 92 fl -8 13e-3 fl 8 5e-4 ? -9 16e-5 5 60 min 0 4 -.62 3 -3.12 9 -1 286-7 9 4.656-4 fl -2-066-4 4 61 N62 may -.01 6 -.27 a -1.64 fl -7 74e-3 4 3.11e-3 9 -8.39e-4 5 62 min -.03 4 -.45 3 -7,67 9 -1.176-2 9 1.776-3 8 -1.426-3 3 63 N63 may -04 5 -OS 8 -1 03 4 -6.766-3 4 4 036-3 9 -1.216-3 8 64 min -.07 4 -.09 ? -1.61 9 -1.096-2 9 2,316-3 fl -2.076-3 3 65 N64 max ,02 9 -.09 8 -1,43 4 -6.84e-3 4 3,86e-3 9 -1.14e-3 8 66 min 01 8 -.14 3 -7 75 9 -1.1e-2 9 2,216-3 a -1.916-3 3 67 N65 may ,05 g Q 8 -1,55 4 -6.766-3 4 2936-3 9 -6.166-4 8 68 min 03 8 0 9 -7 43 9 -1.07e-2 9 1.676-3 a -1-036-3 9 69 N66 may 0 1 Q 1 0 1 0 1 0 1 0 1 70 min 0 1 0 1 0 1 0 1 0 1 0 1 71 N67 max -02 5 -2 8 -1,46 8 -7 02e-3 4 3.6e-3 9 -1.01 e-3 5 72 min -.04 4 -34 3 -2.33 9 -1 146-2 9 2.05e-3 fl -1-696-3 3 73 N6a may 03 g -,23 a -1 86 4 -7 73e-3 4 3 0Se-3 fl -9 3.36-4 5 74 min .02 8 -39 3 -2,97 9 -1.176-2 9 1.736-3 8 -1.576-3 3 75 N69 may -.03 5 -,13 8 -1,26 4 -6 86e-3 4 3.896-3 9 -1.086-3 8 76 min -06 4 -22 3 -1,98 9 -1 11e-2 9 7 776.3 8 -1 86-3 3 77 N7Q max .03 9 -.16 8 -1,65 4 -7 01e-3 4 3.53e-3 9 -1.066-3 8 78 min .02 8 -.27 3 -2,63 9 -1 136-7 9 2.016-3 8 -1.776-3 3 79 N57A max .04 4 .14 9 -1,1 8 -7.87e-3 8 -205e-3 4 1.8e-3 4 80 min 0 5 .07 4 -1,71 9 -1 736-7 9 -3.756-3 9 9.7364 5 81 N59A max .03 4 .07 6 -1,31 8 -8.076-3 8 -2.01e-3 4 1.64e-3 4 82 min 0 5 -.05 4 -2,06 9 -1.26e-2 9 -3.676-3 9 9.1264 5 83 N60A max -.03 8 .11 6 -1,55 8 -7.946-3 8 -2.166-3 4 1.736-3 4 84 min -.06 9 ,02 4 -2.42 9 -1246-2 9 -3.87e^3 9 9.49fr4 5 RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140061M40Q61-132r1\140061-132r1 - ModeLI.r3d] Page 29 55 of 141 llRISA TECHNOLO< Company Designer Job Number , E 8 Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Envolopo Joint Displaeomonts (Continuod) as N61A max -.02 4 .21 9 -1.3 a -7 54e-3 a -2.84e-3 8 1.26e-3 4 86 min -.04 9 .13 8 -2.01 9 -1.176-2 9 -4.94e-3 9 6.936-4 5 87 N62A may .05 4 .21 9 -.97 3 -7.61e-3 3 -1.426-3 4 1.026-3 4 88 min 0 5 .13 fl -1.48 9 -1 iae-2 9 -3 36-3 9 5.386-4 5 89 N63A max -.04 3 .04 6 -1.76 3 -8.26-3 3 -2-016-3 4 1.656-3 4 90 min -.07 9 -1 4 -2.78 9 -1 296-2 9 -aese-a 9 9.176-4 5 91 N64A max -.03 3 -.13 5 -2.21 8 -8.396-3 8 -8.76-4 4 9.546-4 4 92 min -.04 9 -.3g 4 -355 9 -1.32e-2 9 -1-7e-3 fl S.S4e-4 5 93 N65A may .01 4 -11 5 -1.79 8 -8.336-3 8 -1.146-3 4 1.19e-3 3 94 min 0 5 -.36 4 -2.89 9 -1.316-2 3 -2.166-3 9 6.916JI 5 95 N66A may -.01 8 -16 5 -2.27 8 -8.3e-3 8 -3 5e-4 4 5.71e-4 3 96 min -.02 9 -.45 4 -3-67 9 -1.36-2 9 -7.916-4 9 3.376-4 8 97 N67A may 0 4 -15 5 -1.88 a -826e-3 8 -6 66-4 4 7.876-4 3 88 min 0 5 -.43 4 -3.05 9 -1.316-2 9 -1.286-3 9 4-646-4 a 99 N68A may -.04 8 -.02 fi -1.95 a -8.35e-3 3 -1.76-3 4 1.526-3 4 100 min -07 9 -.21 4 -3.1 9 -1 31 e-2 9 -3.136-3 9 8.596-4 5 101 NegA may .02 4 0 fi -15 a -8.23e-3 a -1-816-3 4 1.626-3 4 102 min -01 5 - 16 4 -239 9 -1 796-7 9 -3.326-3 9 9 176-4 5 103 N70A max -.03 8 -.08 5 -2.1 8 -842e-3 a -1-34e-3 4 1.32e-3 4 104 min -06 9 -.31 4 -3 36 fl -1 33e-2 9 -2-546-3 9 7-56e-4 5 105 N71 max .02 4 -.06 5 -1.66 8 -8.31 e-3 8 -1-526-3 4 1-426-3 4 106 min -.01 5 -.27 4 -2.67 9 -1.316-2 9 -2-796-3 9 8.1364 5 107 NS6 max 0 1 0 1 0 1 0 1 0 1 0 1 108 min 0 1 0 1 0 1 0 1 0 1 0 1 109 N89 max 07 5 18 9 -88 4 -fi 47e-3 4 3 7fie-3 fl -7 71e-4 8 110 min -03 4 .11 4 -1.37 9 -1.046-2 9 1.886-3 4 -1.216-3 9 111 Ngo max 08 9 18 fl -1.18 4 -6 33e-3 4 5 33e-3 fl -8 69e-4 8 112 min .04 4 -11 4 -1-84 9 -1.036-2 9 3-076-3 8 -1-456-3 9 113 Ngi max .06 9 -.15 5 -2.16 a -7 61e-3 4 2-086-3 9 -4.436-4 6 114 min .03 8 -.42 4 -3.48 9 -1 216-7 9 1-196-3 fl -8.116.4 4 115 Ng2 max .02 6 -.17 5 -1.87 a -7 6Se-3 4 1 546-3 9 -3 066-4 6 116 min 0 4 -45 4 -3.03 9 -1 776-? 9 8816-4 fl -5.886.4 4 117 N93 max .08 9 -.12 5 -2.03 4 -7.33e-3 4 2.936-3 9 -6.96e-4 5 118 min .04 a -.35 4 -3-26 9 -11 Se-7 9 1 eSe-3 8 -1 236-3 4 119 N94 may .03 6 -.14 5 -1 77 8 -7.38e-3 4 2.466-3 9 -5.79a-4 5 120 min 0 4 -.4 4 -286 9 -1.196-2 9 1.386-3 8 -1.056-3 4 121 N95 may 0 3 -.18 5 -2.29 fl -8.156-3 8 4.146-4 2 1.176-4 9 177 min 0 a -.47 4 -3 69 9 -1.286-2 9 1-076-4 5 6.716-5 a 123 N96 may 01 3 -18 5 -1 93 fl -ai4e-3 8 -8-846-5 3 3646-4 2 124 min 0 5 -.47 4 -3.12 9 -1.296-2 9 -3.61e-4 9 2.146-4 8 125 N97 may -03 9 -.17 5 -2.2S fi -7.93e-3 4 1.176-3 9 -1 866-4 6 126 min -02 8 -.46 4 -3.63 9 -1.256-2 9 6.7e-4 8 -3.77e-4 4 127 N98 may -02 2 -18 5 -1.92 8 -7.96e-3 8 6.936-4 7 -aaae-5 6 128 min 0 8 -.48 4 -3.12 9 -1.266-2 9 3.51 e-4 8 -1.31e-4 4 129 N99 max -03 6 -1 S -1.64 8 -7.1e-3 4 3-146-3 9 -7.766-4 5 130 min 0 4 -31 4 -2-62 9 -1.15e-2 9 1-796-3 a -1.366-3 4 131 N100 max .02 5 .11 5 -1.03 4 -6.84e-3 4 4.186-3 9 -1.166-3 5 137 min -.03 4 -03 4 -161 9 -1.096-2 9 2.39a-3 8 •1.966-3 3 133 N101 max .09 9 -08 5 -1.43 4 -6.72e-3 4 4.22e-3 9 -1-1e-3 5 134 min .05 8 -.02 4 -2.26 9 -I.Oae-2 9 7-416-3 a -1.866-3 3 1.35 N103 max .03 6 -.04 5 -1.46 8 -6.96-3 4 3.76-3 9 -9.Se-4 S 136 min 0 4 -21 4 -2.33 9 -1 12e-2 9 7-126-3 8 -1.646-3 4 137 N104 max .09 9 -06 S -1.86 4 -7 07e-3 4 3.526-3 9 -8.686-4 5 138 mm OS 8 -.26 4 -2.97 9 -1 1Se-2 9 2.016-3 8 -1.516-3 4 139 N105 may .03 fi 03 5 -1.26 4 -6 79e-3 4 4.16-3 3 -1 0.5e-3 5 140 min -.01 4 -.09 4 -1.99 9 -1.096-2 9 2.35e-3 8 -1.776-3 3 141 N106 max -1 9 0 5 -1.65 4 -687e-3 4 4.016-3 9 -1.01e-3 5 142 min .05 8 -.14 4 -2.63 fl -1.116-2 9 2-296-3 a -1.736-3 4 143 N1Q5A may .15 9 -19 8 -1.1 3 -779e-3 8 -2.15e-3 4 1-926-3 4 144 min 09 8 -3 9 -1-71 9 -1 216-2 9 -3-856-3 9 1-126.3 5 145 N106A may -13 9 -.26 8 -1-31 8 -8 07e-3 a -2.016-3 4 1.76e-3 4 146 min .08 8 -4? 9 -2-06 fl -1 266-2 9 -3.666-3 9 1-046-3 5 147 N107 may .07 9 -.22 8 -1-55 8 -8.016-3 8 -2.176-3 4 1-846-3 4 148 min .04 4 -.35 9 -2 42 9 -1 25e-2 9 -3886-3 9 1 086-3 5 149 N108 may -09 9 -.15 8 -1.3 8 -8.6-3 8 -1.926-3 4 1-336-3 4 ISO min OS 8 -.23 9 -2.01 9 -1.256-2 fl -3.876-3 9 7.516-4 5 151 N109 may 16 9 -15 8 -.97 8 -8.e-3 8 -2.g2e-3 a 1.086-3 4 157 min .09 fl -.23 9 -1-48 9 -1 256-2 9 -S.07e-3 9 6.026-4 5 153 N110 may 05 S -3 fi -1.76 8 -8.23e-3 a -2.6-3 4 1.75e-3 3 154 min .02 4 --48 9 -2.78 9 -1.2ge-2 9 -3.626-3 9 1.046-3 5 155 N111 max .02 5 --48 8 -2.21 8 -8.39e-3 a -8.52e-4 4 9.12e-4 g 156 min 0 4 -.79 9 -3.56 9 -1 33e-2 9 -1-656-3 9 5.466-4 8 157 N112 max .07 9 -.46 3 -1.79 8 -8.33e-3 8 -1.13e-3 4 1.166-3 g 158 min .04 fi -.75 9 -2.89 9 -1 316-2 9 -2.086-3 9 6.956-4 a 159 N113 max 0 6 -51 3 -2-27 3 -8.29e-3 8 -3.326-4 4 4.756-4 9 160 min 0 4 -.84 9 -3.67 9 -1.326-2 9 -7.346-4 9 2.826-4 8 161 N114 may .04 g -.5 8 -1-88 fl -8.266-3 8 -6.476-4 4 7.086-4 9 162 min .02 8 -.81 9 -3-05 9 -1.296-2 9 -1.256-3 9 4.236-4 8 163 N115 max .04 g -.37 8 -1 95 8 -8.376-3 8 -1 696-3 4 1.586-3 3 164 min 0 4 -.6 9 -3.1 9 -1.326-2 9 -3.116-3 9 9-47e-4 8 165 N116 max .11 9 -34 8 -1.5 8 -8.25e-3 3 -1-816-3 4 1.696-3 3 166 min .07 8 -.54 9 -2.39 9 -1.296-2 9 -3-3e-3 9 1.016-3 8 167 N117 max .03 5 -.43 8 -2.1 8 -8.436-3 8 -1-32e-3 4 1.326-3 g 168 min 0 4 -.7 9 -3-36 9 -1.336-2 9 -2.4Se-3 9 7-966-4 8 169 N118 max .09 9 -.4 8 -1.66 8 -8.32e-3 fl -1.516-3 4 1-456-3 3 RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\14C061-132r1 - ModeLI.r3d] Page 30 56 of 141 IRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Envolopo Joint Displaeomonts (Continuod) 170 min 05 a -65 9 -2.67 9 -1 31e-7 9 -7 776-3 9 8 76-4 fl 171 N120 max -.09 8 -13 8 -.88 4 -7.07e-3 4 55?e-3 9 -7.266-4 8 172 min -IS 9 -2 9 -1.37 9 -1.11e-7 9 3.196-3 8 -1.216-3 9 173 N121 max -.04 8 -13 8 -1.18 4 -7.086-3 4 4046-3 fl -8.746-4 a 174 min -.07 9 -2 9 -1.84 9 -1.116-7 9 2.146-3 4 -1.466-3 9 175 N122 may 0 4 -48 8 -216 fl -7Sae-3 4 2 12e-3 9 -5.736-4 5 176 min -.01 6 -.79 9 -3.48 9 -1 226-2 9 1.26-3 8 -9.76-4 3 177 N123 may -.02 8 -5 8 -1 87 a -7.64e-3 4 1 596-3 9 -4 286-4 5 178 min -04 9 -.81 9 -3.03 9 -1 21e-7 9 8.9664 8 -7.436.4 3 179 N124 may 0 4 -.43 8 -2.03 4 -7.29e-3 4 2.916-3 9 -8-296-4 8 180 min -02 6 -7 9 -3.26 9 -1 iae-7 9 1666-3 8 -1.396-3 3 181 N175 may -.04 8 --46 a -1 77 8 -7.34e-3 4 2.4Se-3 9 -7.1.36-4 5 182 min -06 9 -75 9 -7 86 9 -1 17e-7 9 1.46-3 8 •1.26-3 3 183 N126 may 0 9 --52 8 -2.29 8 -8.146-3 a 4.046-4 3 -3-166-6 6 184 min 0 3 -85 9 -3.69 9 -1296.7 9 1.366-4 8 -4-186-5 4 185 N127 may .01 9 --52 8 -1.93 8 -8.126-3 a -6.55e-S 3 2-426-4 9 186 min 0 8 -84 9 -3.12 9 -1 276.2 9 -3.216-4 9 1.43»4 8 187 N128 may 0 4 -51 a -2 75 a -7.96-3 4 1 216-3 9 -3 076-4 5 188 min 0 6 --84 9 -3.63 9 -1 266-7 9 6.876-4 fl -5 346-4 3 189 N129 may 0 8 -52 8 -1.92 a -794e-3 8 7 116-4 7 -1-416-4 5 190 rhin -01 3 --84 9 -3.12 9 -1.?4e-7 9 3.666-4 fl -2.816-4 4 191 N130 may -.05 a -4 fl -1.64 8 -7 07e-a 4 3.176-3 9 -8-966-4 a 192 min -OS 9 -65 9 -2.62 9 -1.14e-7 9 1.86-3 8 -1-5e-3 3 193 N131 may -.08 a -.18 8 -1.03 4 -6.65e-3 4 4.236-3 9 -1-2.56-3 8 194 min -14 9 -3fl g -1 fil 9 -1 07B-7 9 7 476-3 fl -7 nse-a 9 195 N132 may -.03 4 -.21 8 -1.43 4 -676e-3 4 4.196-3 9 -1-186-3 a 196 min -05 9 -34 9 -2 75 9 -1 09R-7 9 7.396-3 8 -1 9.5e-3 9 197 N133 may -06 8 -.33 8 -1.46 4 -6.87e-3 4 3-73e-3 9 -1.056-3 8 198 min -11 9 -54 9 -2.33 9 •1.116-7 9 712e-3 a -1.756-3 3 199 N134 max 0 4 -.37 8 -1.86 4 -7.036-3 4 3.556-3 9 -9.856-4 8 200 min -.03 6 -6 9 -2-97 9 -1:146-7 9 7Q?e-3 a •1.646-3 3 201 N135 max -.07 8 -26 8 -1 26 4 -6.736-3 4 4.136-3 9 -1.16-3 8 202 min -12 9 -.41 9 -1 98 9 -1.066-7 fl 7366-3 8 -1.826-3 9 203 N136 may -01 4 -29 8 -1 65 4 -6.84e-a 4 4.036-3 9 -1.16-3 8 204 min -04 9 -47 9 -2.63 9 -1.116-3 g 7-36-3 8 -1.826-3 7 205 N137 may .02 fl .17 9 -92 4 -669e-3 4 4.526-3 9 -1.026-3 a 206 min -.03 4 -1 4 -1.43 9 -1.076-3 9 2.59e-3 8 •1.76-3 3 207 N138 may .08 g -17 9 -1 22 4 -6.48e-3 4 4.746-3 9 -1 036-3 8 708 min 04 4 09 4 -1 91 9 -1 056-7 9 2716.3 8 -1-776.3 3 209 N139 may -.08 8 -14 3 -.92 4 -6.826-3 4 4.366-3 9 -1-03e-3 8 210 min -14 g -22 fl -1.43 9 -1.Qa«-7 fl ?.Se-3 8 -1-716-3 9 211 N140 may -04 8 -14 a -1.22 4 -7.016-3 4 4.696-3 9 -1-036-3 8 71? min -07 g -22 9 -1 g 9 -1.16-2 fl 7.686-3 8 -1.736-3 9 713 N141 may -02 4 -19 9 -1.34 3 -7.666-3 a -2-546-3 1.486-3 4 214 min -OS g -12 4 -207 9 •1.196-7 9 -4.496-3 8.126-4 5 215 N142 max 05 4 19 9 -1 a -7.746-3 fl -2.25e-3 4 1446-3 4 216 min 0 5 .12 4 -1.54 9 -1.26-7 9 -4.026-3 7.616-4 5 217 N143 may .09 9 -16 8 -1.34 8 -a.e-a a -7 S8e-3 4 1.646-3 4 218 min OS 8 -24 9 -2.07 9 -1 ?Se-7 9 -4.SS6-3 9.476-4 5 219 N144 may .16 9 -15 8 -1 8 -7846-3 8 -2.1e-3 4 1.6e-3 4 230 min .09 a -.24 9 -1 .54 9 -1 .?7e-7 9 -387e-3 9?«-4 5 221 N128A may 0 1 0 0 0 0 1 0 222 min 0 1 0 0 i 0 0 1 0 i 223 N12SB may 0 1 0 0 0 0 0 1 224 min 0 1 0 0 1 0 i 0 t 0 1 225 N115A max 0 1 0 1 0 1 0 1 0 1 0 -1 226 min 0 1 0 i 0 1 0 .) 0 1 0 i 227 N116A may 0 1 0 0 1 0 0 0 228 min 0 1 0 .\ 0 i 0 0 1 0 1 229 N115B may 0 1 0 -1 0 .{ 0 .) 0 .} 0 230 min 0 1 0 0 1 0 0 i 0 231 N116B may 0 1 0 ^ 0 0 0 .) 0 232 min 0 1 0 0 1 0 0 0 233 N117A may 0 1 0 1 0 1 0 0 1 0 1 234 min 0 1 0 .] 0 0 0 0 .] 735 N118A may 0 1 0 0 1 0 .| 0 0 736 min 0 1 0 1 0 1 0 0 0 237 Niig max 0 1 0 0 1 0 0 0 1 738 min 0 1 0 0 0 0 0 239 N120A max 0 1 0 0 1 0 0 1 0 240 min 0 1 0 1 0 1 fl i 0 1 0 1 241 N121A max 0 1 0 0 1 0 0 0 242 mm 0 1 0 0 1 0 0 0 1 243 N122A max .07 9 0 8 -1.69 4 -6.77e-3 4 2936-3 -6.166-4 244 min .04 8 Q 9 -2-64 9 -1.076-7 9 1.676-3 -1 03e-3 245 N123A may -.01 5 0 6 -1.88 3 -7.686-3 a -1.486-3 4 8.866-4 4 246 min -04 4 0 4 -2.9 9 -1 Ifle-? 9 -2.676-3 4.776-4 247 N124A may 0 1 0 0 0 0 1 0 248 min 0 1 0 1 0 1 0 0 .| 0 249 N12SA max 0 1 0 1 0 1 0 0 1 0 7.50 min 0 1 0 1 0 i 0 0 0 251 N126A max 0 1 0 1 0 1 0 0 1 0 1 252 min 0 1 0 ^ 0 0 0 0 1 253 N127A max 0 1 0 0 1 0 0 1 0 1 254 min 0 1 0 1 0 1 0 1 0 1 0 1 RISA-3D Version 12.0.2 [\\MBI-FILE\MBi-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\14QG61-132r1 - ModeL1.r3d] Page 31 57 of 141 Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Joint Dofloetions 1 .) Nl .08 -.08 -1.41 -1.03e-2 -3.03e-3 1.826-3 2 .( N2 0 0 0 0 0 0 3 .] N3 .07 -2 -1 69 -1.056-2 -2886-3 1.686-3 4 N4 0 -13 -1.99 -1.046-2 -2.866-3 1.7Se-3 5 .] N5 .03 0 -1.65 -9 72e-3 -2.186-3 a.55e-4 6 N6 .07 0 -1.22 -g3ge-3 -2.6-3 4.656-4 7 1 N7 -.01 0 -2.19 -g7Se-3 -218e-3 8.55e-4 8 1 N8 .02 0 -1-84 -9.726-3 -2.18e-3 8.556-4 9 N9 0 -.25 -229 -1.08e-2 -2.646-3 1.686-3 10 NIO -.02 -.55 -2.92 -1 1.36-7 -1.366-3 g.23e-4 11 t Nil 03 -51 -238 -1.16-? -1 476-3 1.166-3 12 N12 0 -.6 -301 -1.176-7 -7.266-4 5 13e-4 13 1 N13 .02 -.58 -2.5 -1.096-2 -7.96-4 7.376-4 14 .| N14 -.02 -37 -2.55 -1.116-2 -2.336-3 1.53e-3 15 1 N15 .06 -31 -1.96 -1.086-2 -2.556-3 1-636-3 16 .| N16 -.02 -.47 -277 •1 136-2 -1-896-3 1-31e-3 17 1 N17 .04 -.42 •2-19 -1 1e-2 -2 086-3 1.426-3 18 .) N18 0 0 0 0 0 0 19 .{ N40 -05 0 -11 -8 296-3 2-24e-3 -6 12e-4 20 N41 -.01 0 -1.48 -8.S1a-3 2-446-3 -1.026-3 21 .| N43 0 0 0 0 0 0 22 -t N53 0 0 -1.65 -8516-3 2.446-3 -1.026-3 23 .) N54 .02 -.56 -2.85 -1.026-2 1.38e-3 -8-73e-4 24 NSS n -.59 -7 48 -1 016-7 1 4,56-3 -6 466.4 25 i N56 .03 -49 -2.66 -9.8e-3 2.6-3 -1.296-3 26 NS7 -03 -.53 -7 34 -9 74e-3 7.096-3 -1-16-3 27 N58 0 -.62 -3.03 -1.16-2 -3.046-5 3-97e-S 28 ^ N59 .01 -.61 -2.57 -1.076-2 -4.25e-S 2-93e-4 29 1 N60 .01 -61 -2.97 -1 06e-2 6.856-4 -4.426-4 30 .] N61 0 -62 -2.56 -1.046-2 7.266-4 -1.876-4 31 .| N62 -.03 -.44 -2.15 -9 41 e-3 2.636-3 -1416-3 32 N63 -07 -09 -1.3 -8.7e-3 3.366-3 -2.6-3 33 .) N64 -02 -14 -1.83 -8 836-3 3 226-3 -1.9e-3 34 .| N65 -04 0 -1.96 -8.576-3 2.446-3 -1.026-3 35 .| N66 0 0 0 0 0 D 36 .] Ne7 -.04 -.34 -1.9 •9.116-3 3.026-3 -1.68e-3 37 1 N68 .03 -.39 -242 -941e-3 2.S4e-3 -1 586-3 38 .) N69 -05 -77 -1 62 -a 886-3 3.25e-3 -1 796-3 39 N70 .03 -.27 -2.14 -9.Q8e-3 2.946-3 -1.766-3 40 .| NS7A .03 .1 -141 -1 02e-2 -3-046-3 1.746-3 41 NS9A .02 0 -1.69 -1 056-2 -2-996-3 1.66-3 42 .j NfiOA -.05 .06 -1.99 -1 036-2 -3.166-3 1.686-3 43 N61A -03 .17 -1.65 -9626-3 -4.156-3 1-23e-3 44 Ne2A .03 .17 -1.22 -9726-3 -2-516-3 9.796-4 45 N63A -06 -06 -2.29 -1.076-2 -2.986-3 1.61e-3 46 N64A -.04 -.35 -2.92 -1 086-2 •1.386-3 9.42e-4 47 N85A 0 -31 -2 38 -1 09e-2 -1.786-3 1.17e-3 48 N66A -.02 -4 -3.01 -1.076-2 -6.296-4 5-66-4 49 .) N67A 0 -38 -2.5 -1 08e-2 -1.046-3 7.746-4 SO .) NfiSA -.06 -17 -255 -1 096-2 -3 566-3 1-496-3 SI i N69A 0 -12 -1.96 -1.076-2 -2.716-3 1.58e-3 52 N70A -05 -27 -277 -1.16-2 -2.09e-3 1.36-3 S3 i N71 0 -.23 -2.19 -1.Q8e-2 -2.296-3 1-4e-3 54 .) Nae 0 0 0 0 0 0 55 .| N89 -.01 .14 -1.1 -8.326-3 2.97e-3 -1.2e-3 56 N90 .06 .14 -1.48 -a.22e-3 4-526-3 -1.44e-3 57 •t N91 .05 -.38 -2.85 -9.77e-3 1-786-3 -7.876-4 58 .f N92 .02 -.41 -2.49 -9.966-3 1.326-3 -5.616-4 59 -1 N93 .07 -31 -2.66 -9 51 e-3 2.49e-3 -1.216-3 60 .) N94 .02 -36 -2.34 -9 616-3 2.096-3 -1.026-3 61 •] N95 0 -.43 -3 03 -1 04e-2 1.946-4 1.0ae-4 62 .) N96 0 -.42 -2.57 -1 066-2 -2.796-4 3-546-4 63 Ng7 -03 -42 -2.97 -1 01e-2 1.026-3 -3 57e-4 64 N9a -01 -43 -2.56 -1 03e-2 5.336-4 -1.096-4 65 .) N99 -02 -28 -2.15 -9.23e-3 2.646-3 -1.346-3 66 -1 N100 0 .07 -1.3 -8 7Se-3 3.46a-3 -1.946-3 67 N101 .08 .02 -1.83 -8 686-3 3.516-3 -1.856-3 68 .] N103 .01 -17 -19 -8976-3 3.16-3 -1.676-3 69 1 N104 .08 -22 -2.42 -9.196-3 2.966-3 -149e-3 70 .) 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ModeLI.r3d] Page 44 70 of 141 si IRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Joint Dofloetions (Continuod) 1 c .loint Label X [in] Y[in] Z[in] X Rotation [rad] Y Rotation [rad] Z Rotation [rad] 1105 9 N123 -04 -81 -3 03 -1 216-7 1.596-3 -7.246-4 1106 9 N124 -02 -7 -3.26 -1.186-2 2.916-3 -1.376-3 1107 9 N125 -.06 -75 -2.86 -1.176-2 2.45e-3 -1.196-3 1108 9 N126 0 -85 -3 69 -1 29e-2 7 3.56.4 -1 88e-S 1109 9 N127 .01 -.84 -3.12 -1.276-2 .3216-4 2.426-4 1110 9 N128 0 -84 -3 63 -1 266-2 1 ?16.3 -5.176-4 1111 9 N129 -.01 -.84 -3.12 -1.246-2 6.486-4 -2.566-t 1112 9 N130 -08 -.65 -2.62 -1 14e-2 3.176^3 -1496-3 1113 fl N131 -.14 -.28 -1 61 -1.076-2 4.736-3 -2.096-3 1114 9 N132 -05 -.34 -2.25 -1.096-2 4.196-3 -1.956-3 1115 9 N133 - 11 -.54 -2.33 -1 11e-2 3.736-3 -1.746-3 1116 fl N134 -03 -6 -2 97 -1.146-2 3556.3 -1.64e-3 1117 fl N135 -.12 -.41 -1 98 -1 09e-2 4 136-3 -1.826-3 1118 9 N13B -.04 -.47 -2 63 -1.116-2 4.036-3 -1.826-3 1119 9 N137 0 .17 -1.43 -1.076-2 4.526-3 -1.696-3 1120 9 Ni3a .08 .17 -1.91 -1.056-2 4.746-3 -1.726-3 1121 9 N139 -14 -.22 -1.43 -1.086-2 4.366-3 -1716-3 1122 9 N140 -07 -22 -19 -1 16-2 4.696-3 •1 736-3 1123 9 N141 -.05 .19 -2.07 -1.19e-2 -4496-3 1.416-3 1124 9 N142 .02 .19 •1 54 -1 26-2 -4 026-3 1 346-3 1125 9 N143 .09 -.24 -2.07 -1.256-2 -4.55e-3 1.616-3 1126 9 N144 .16 -.24 -1 54 -1.226-2 •3.876-3 1.556-3 1127 9 N128A 0 0 0 0 0 0 1128 9 Ni2ea 0 0 0 0 0 0 1129 9 N115A 0 n 0 0 fl 0 1130 9 N1ieA 0 0 0 0 0 0 1131 fl Nil SB 0 0 0 0 0 0 1132 9 N116B 0 0 0 0 0 0 1133 9 N117A 0 0 0 0 0 0 1134 9 NliaA 0 0 0 0 0 0 1135 9 N119 0 0 0 0 0 0 1136 9 N170A 0 0 0 0 0 0 1137 9 N121A 0 0 0 0 0 0 1138 fl N122A .07 0 -7 64 -1 076-2 2936-3 -1.036-3 1139 9 N123A -.03 0 -2.9 -1 196-2 -2.676-3 8.336-4 1140 9 N124A 0 0 0 0 0 0 1141 9 N12SA 0 0 0 0 0 0 1142 9 N12eA 0 0 0 0 0 0 1143 9 N127A 0 0 0 0 0 fl RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2C14\14Q061\140Q61-132r1\140061-132r1 - ModeL1.r3d] Page 45 71 Of 141 MBI RJD 140061.132r1 Carisbad Welcome Sign S-1 Nov 18, 2014 at 10:03 PIVI 140061-132r1 - Model 2.r3d 72 of 141 %5 %23 77777 30A ^32 77Xr7 ^1 1. 13 MBI RJD 140061.132r1 Carlsbad Welcome Sign S-2 Nov 18, 2014 at 10:03 PM 140061-132r1 - Model 2.r3d 73 Of 141 -lOpsfi Loads: BLC 1, Dead Load MBI RJD 140061.132r1 Carlsbad Welcome Sign S-3 Nov 18, 2014 at 10:04 PM 140061-132r1 - Model 2.r3d 74 Of 141 -38.4ps^ -38.: 77777 Loads: BLC 2, Wind Load A MBI RJD 140061.132r1 Carlsbad Welcome Sign S-4 Nov 18, 2014 at 10:04 PM 140061-132r1 - Model 2.r3d 75 Of 141 Loads: BLC 3, Wind Load B MBI RJD 140061.132r1 Carlsbad Welcome Sign S-5 Nov 18, 2014 at 10:04 PM 140061-132r1 - Model 2.r3d 76 Of 141 Loads: BLC 4, Wind Load C MBI RJD 140061.132r1 Carlsbad Welcome Sign S-6 Nov 18, 2014 at 10:04 PM 140061-132r1 - Model 2.r3d 77 of 141 Loads: BLC 5, Truck Induced Wind Load MBI RJD 140061.132r1 Carlsbad Welcome Sign S-7 Nov 18, 2014 at 10:04 PM 140061-132r1 - Model 2.r3d 78 of 141 il I RISA TECHNOLOGI Company Designer Job Number E s Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Global Display Sections for Member Calcs 5 Max Intemal Sections forMember Calcs 97 Include Shear Deformation? Yes Include Warping? Yes Trans Load Btwn intersecting Wood Wall? Yes Increase Nailing Capacitv for Wind? Yes Area Load Mesh (^"2) 144 Merge Tolerance (inV .12 P-Delta Analvsis Tolerance 0.50% Include P-Delta for Walls? Yes Automaticiv Iterate Stiffness for Walls? Yes Maximum Iteration Numberfor Wall Stiffness 3 Gravitv Acceleration (in/sec"2> 386.4 Wall Mesh Size (inl 12 Eigensolution Convergence Tol. (1.E-) 4 Vertical Axis Y Global Member Orientation Plane XZ Static Solver Soarse Accelerated Dvnamic Solver Accelerated Solver Hot Rolled Steel Code AISC 14th(360-10): ASD Adiust Stiffness? Yesdteratlve) RISAConnection Code AISC 14th(360-10): ASD Cold Formed Steel Code AISI S100-10: ASD Wood Code AF8.PA NDS-12: ASD Wood Temperature <100F Concrete Code ACI 318-11 Masonrv Code ACI 530-11; ASD Aluminum Code AA ADM1-10: ASD - Building Number of Shear Regions 4 Regign Spacing Increment rtn) 4 Biaxial Column Method Exact integration Parme Beta Factor (PCA) .65 Concrete Stress Block Rectangular Use Cracked Sections? Yes Use Cracked Sections Slab? Yes Bad Framing Waminos? No Unused Force Wamings? Yes Min 1 Bar Diam. Spacing? No Concrete Rebar Set REBAR SET ASTMA615 Min % Steel for Column 1 Max % Steel for Column 8 Seismic Code ASCE 7-10 Seismic Base Elevation (in) Not Entered Add Base Weioht? Yes Ctz .02 Ctx .02 TZ(secl Not Entered T X (sec) Not Entered RZ 3 RX 3 Ct Exp. Z .75 Ct Exp. X .75 SD1 1 SDS 1 81 1 TL (sec) 5 Risk Cat lor II OmZ 1 OmX 1 RhoZ 1 RhoX 1 Hot Rollod Stool Soction Sots -LabeL Shape Type nesign List Material Design Rules A [in2] lyy[in4] Izz[in4] J [in4] X HRI HSS2x2x3 I Ream I SquareTube ASflfl flr R Rert Typical I 1.19 I 641 641 I 1 09 I Joint Coordinatos and Tomporaturos Label X[in] Ypn] Z[in] Temp [F] Detach From Diaphragm -N2-2436.699 -298.4958- -613-2436.6882 235.5876 -M5-2508.2948 235.5714 2364.4455 235.5707 N7 2262.4455 235.5536 -fclS-7364.44.55 295.2862 N11 2604.3374 235.5035 N12 2604.3374 242.8886 N13 2624.0461 235.5035 JO-N1S 2604.3374 284.2253 N16 ?50a.?94a 2957318 J2L. Nia 2580.2948 285.9136 RISA-3D Version 12,0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140C61\140Q61-132r1\140Q61-132r1 - Model_2.r3d] Page 1 79 of 141 llRISA TECHNOLO Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2C14 Checked By: LJC Joint Coordinatos and Tomporaturos (Continuod) 13 N19 2580.2948 235.5551 0 0 14 N31 2268.5016 284.2311 0 0 15 N35 2292.4455 285.9423 0 0 16 N3g 77.54.0466 2355076 0 0 17 N2a 2268.5016 235.5026 0 0 18 N29 2268 5016 ?4?.970a 0 0 19 N30 2278.8123 284.967975 0 0 20 N31A 7436 688? 746 9007 0 0 21 N32A 2508.2948 246.0912 0 0 22 N33A 2364.4455 246.1658 0 0 23 N34A 2364.4455 290 g 138 0 0 24 N3SA 2436.6882 291.5217 0 0 25 N36 75087948 290.747 0 0 26 Na7 2S80.2948 243.9613 0 0 27 N38 2292.4455 244.0798 0 0 28 N39A 2591.6889 285.113493 0 0 29 N29A 2259.5016 284.2311 0 0 30 N3QA 2613.3374 784 7753 0 0 31 N32 2556.3331 235 5035 0 0 32 N33 2556.3331 289.181111 0 0 33 N34 2491.3331 235.5035 0 0 34 N3SB 2491.3331 296.386617 0 0 35 N36A 2426.3331 235.5035 0 0 36 N37A 2426.3331 298.035332 0 0 Hot Rollod Stool Dosign Paramotors LabfiL M2 Shape HRI Length[in] _22_ i-byy[inl Lbzz[in] Lcomp top[in] Lbw I comp hntpn] L-torque. Kzz -Cb-Fundion lateral M3 HRI 72.243 Lbyy _U4_ HRI 71.607 Lbw latecal _M5_ HRI JZ2-Lbyy ±tlaaL MS HRI 24.043 tbw I ateral -MZ. HR1 19.709 Lbyy latscal Ma HR1 50.389 tbw lateral M9 HRI 59.716 Lbyy XataiaL MIO HRI -82308-Lbw lateral Jfl-Mil HRI 60.16 Lbyy latsiaL Jl. M12 HR1 50.358 Lbw J2-M12A HRI 1445S Lbyy latffiaL J3-M13 HRI 23.944 Lbw lateral J4_ M14 HRI 48.729 Lbyy latacaL J5-M15 HRI 48.722 Lbw lateral Jfi-Mie HRI 24,005 Lbyy latenL JZ-M17 HRI 72.604 Lbw lateral JB-M18 HRI 72.325 Lbyy J3-M19 HR1 71.649 Lbw latecal -20-M20 HRI 72.686 Lbyy Lateral latecaL -21-M21 HRI 24.102 Lbw -22. M22 HRI -Lhyy-latecaL -23-M23 HR1 Lbyy latecal Mombor Aroa Loads (BLC 1; Doad Load) Joint A .loint R Joint C Joint D Direction Distribution 1 N39 N29A N31 N28 Y Two Wav -10 2 N2a N31 N35 N7 Y Two Way -10 3 N7 N3S N9 N5 Y Two Wav -10 4 N6 N9 N2 N3 Y Two Way -10 5 N3 N2 N16 NS Y Two Wav -10 6 NS N16 N18 N19 Y Two Way -10 7 N19 N18 NIS Nil Y Two Wav -10 a Nil N15 N30A N13 Y Two Way -10 Mombor Aroa Loads (BLC 2 : Wind Load A) 1 N39 N29A N31 N28 7 Two Wav -38.4 2 N28 N31 N3S N7 Z Two Way -38.4 3 N7 N35 N9 N6 Z Turn Wav -38.4 4 N6 Ng N2 N3 z Two Way -384 5 N3 N2 N16 N5 z Two Wav -38.4 6 NS N16 Nia N19 7 Two Way -38.4 7 N19 NIS N15 Nil z Two Wav -38.4 a N11 NIS N30A N13 z Two Way -38.4 Momhor Aroa Loads (BLC 3 ; Wind Load B) Joint A Joint B Joint C Joint D Direction Distribution 1 N39 N29A N31 N28 z Two Wav -23 2 N28 N31 N3S N7 Z Two Way -23 3 N7 N35 N9 N6 z Two Wav -23 4 N6 NS N2 N3 z Two Way -23 5 N3 N2 Nie NS z Two Wav -53.8 6 US Nie Nia N19 z Two Wav -538 RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\14Q061\140061-132r1M40061-132r1 - Model_2.r3d] Page 2 80 of 141 MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Aroa Loads (BLC 3 ; Wind Load B) (Continuod) 7 N19 N18 NIS Nil 7 Twn Wav -53.8 a Nil NIS N30A N13 Z Two Way -53.a Mombor Aroa Loads (BLC 4 • Wind l.oad C) 1 N39 N29A N31 N2a Z Twn Wav -22.3 7 N7S mi N.3.S N7 Z Twn Way -77 3 3 N7 N35 Ng N6 z Twn Wav -22.3 4 N6 Ng N37A N36A 2 TwnWVay -72 3 5 N32 N33 N18 Nig Z Twn Wav -68.8 6 N19 N18 NIS N11 z Two Way -68.8 7 N11 NIS N30A N13 z Two Wav -68.8 8 N36A N37A N2 N3 z Two Way -323 9 N3 N2 N35B N34 z Twn Wav .32.3 10 N34 N3SB Nie NS z Twn Way -44.7 11 NS N16 N33 N32 z Two Way -447 Mombor Aroa Loads (BLC 5; Truck Indueod Wind Load) 1 N39 N29A N31 N78 Z Two Wav .22.6 2 N28 N31 N35 N7 2 Two Way .22.6 3 N7 N35 N9 N6 Z Twn Wav -22.6 4 N6 N9 N2 N3 Z Two Way -226 5 N3 N2 N16 NS Z Two Wav -276 6 NS N16 Nia N19 Z Two Way -72.6 7 N19 N18 NIS N11 Z Two Wav -22.6 a Nil NIS N30A N13 z Two Way -226 Basic Load Casos BLC Description Category X Gravity Y Gravity Z Gravity Joint . Point Distributed Area(Me.. Surfar.e(P Dead Load Wind Load A DL WL -8- Wind Load B WL WlndLoaBf! WL Jl-Truck Induced Wind L.. WL BIR 1 Traraienl Area None 129 BLC 2 Transient Area None 129 Bl r. 3 Transient Ama BLC 4 Transient Area None None 129 185 10 BLC 5 Transient ArM. None 129 Loacf Combinations 1 LCI Yes Y 1 1 7 .6 1 2 LC2 Yes Y 1 a 6 1 3 LC3 Yes Y 1 1 4 ,6 1 1 1 4 LC4 Yes Y 1 1 1 5 1 1 1 1 Envolopo Joint Roaetions 1 N29 max ,02 1 ,11 7 .04 1 0 .] 0 .j 0 .j 2 min 07 7 .11 1 .02 7 0 .\ 0 0 .] 3 N30 max 0 1 -04 1 .2 1 0 .l 0 0 .I 4 min 0 7 -04 2 .11 3 0 .] 0 0 .f 5 N38 max -04 1 .27 1 .32 1 0 .] 0 .\ 0 .] 6 min -04 2 .27 2 .18 3 0 0 .^ 0 .I 7 N34A jnax. 0 1 .17 7 .3? 1 0 ^ 0 .] 0 .\ 8 min 0 2 .17 1 .18 7 0 0 0 .] 9 N.3.3A jnax. 0 1 ? 1 ,4 1 0 ^ 0 0 .] 10 min 0 2 2 ? ,73 3 0 0 .) 0 .{ 11 N31A max 0 7 .? 1 ,39 1 0 .] 0 .] 0 ^ 12 min fl 1 7 7 ,79 3 0 .{ 0 .I 0 13 N35A max fl 1 .10 2 .3 1 0 .] 0 .] 0 14 min 0 2 19 1 77 3 0 0 0 15 N36 max .02 2 .18 1 .46 2 0 .l fl 0 .l 16 min ,02 1 ' ^ .18- • 2 .37 4 0 .{ 0 0 .) 17 N32A max 0 1 -2 1 .56 2 0 .I 0 0 .] 18 min 0 7 -2 2 .36 4 0 .l 0 0 .) 19 N37 max .05 2 .28 7 .46 3 0 .l 0 ^ 0 .] 20 min OS 1 .28 1 .29 4 0 .l 0 .] 0 .] 21 N39A max 0 1 -ns 1 .36 3 0 .l 0 .) 0 .] 22 min 0 2 -.05 7 -2 4 0 .l 0 .j 0 23 N12 max -03 1 .12 1 .16 3 0 .] 0 ,] 0 24 mm -03 7 .12 ? .07 4 0 .J 0 .) 0 25 Totals: max 0 1 1 a? 1 3.78 7 26 min 0 2 18? ? 3.03 3 RISA-3D Version 12.0.2 [\\MBI-FILE\MBl-Operations\Engineering\Signs\Projects\2014\14QC61\140061-132r1\140061-132r1 - ModeL2.r3d] Page 3 81 of 141 ll Company RIC A Designer iO/X Job Number N 0 L OTTE s Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Envolopo Joint Displaeomonts 1 N2 max 0 2 0 1 fl 2 -4.53e-4 2 6.146-4 2 4.916-6 1 7 min 0 1 0 7 0 3 -5.766-4 a -4.S6-S 1 4.916-6 2 3 N3 max 0 2 fl 2 -fll 4 1.576-3 1 769e-4 7 1.486-6 2 4 min 0 1 0 1 -.01 1 1.446-3 3 -4.786-5 1 1.486-6 1 5 NS max 0 2 0 2 -01 4 2.046-3 7 3.896-4 3 -1 696-5 1 6 min 0 1 0 1 -.02 7 1.446-3 4 1.26-4 2 .1.696-5 2 7 N6 max 0 2 0 2 0 7 1..576-3 1 -4 5?6-6 3 5 696-6 7 8 mm 0 1 0 1 -.01 1 9.S76-4 7 -2.236-4 2 5.696-6 1 9 N7 max 0 2 fl 7 0 7 2.836-4 1 7756-4 1 -1.066-4 7 in min 0 1 0 1 0 1 1.846-4 7 4.576-4 3 -1.066-4 1 11 N9 max 0 2 fl 1 0 7 -2.146-4 2 -2.75e-4 3 7.366-6 1 12 min 0 1 0 2 0 3 -3.8764 a -5.67e-4 1 7:366.6 7 13 Nil max 0 2 0 2 0 3 .1.66.4 4 4.246-4 3 -3.36-5 2 14 min 0 1 0 1 0 4 -4.676-4 3 2.22e-4 4 1 15 N12 max 0 2 0 2 0 4 -2 56-4 4 2.656-4 3 1.316-5 2 16 min 0 1 0 1 0 3 -6.026-4 3 1.16-4 4 1.316-S 1 17 N13 max 0 2 fl 2 0 4 -1 66-4 4 6.666-4 3 -1.236-4 2 18 min 0 1 0 1 0 3 -4.67e-4 3 3.556-4 4 .1.236-4 1 19 N15 max 0 1 0 1 .01 7 1.096-3 3 -5.276-4 4 .5 2e-6 ? 20 min 0 2 0 2 0 4 6.6-4 4 -7.116-4 2 -5.26-6 1 21 N16 max 0 7 0 7 0 4 -3.45e-4 4 9.55e-4 3 -1.46e-5 1 25 min 0 1 0 1 0 7 -5076-4 2 5.576-4 4 -1.466-5 2 23 Nia max 0 2 0 1 -.02 4 2.57e-4 3 -1.55e-3 4 1.396-4 2 74 mm 0 1 fl 7 -0? 3 3776-6 4 -7 366-3 fl 1 396-4 1 35 N19 max 0 2 0 1 0 3 3.69e-4 2 -7.966-4 4 1.056-4 2 26 min 0 1 0 7 0 7 a.Sfie-S 3 -1.116-3 7 1056.4 1 27 N31 max 0 1 0 2 .01 1 5.866-4 1 8.826.4 1 5.816-6 1 78 mt« 0 7 0 1 0 3 3.286-4 3 5.016-4 3 5.816-6 2 29 N3S max 0 2 0 2 -.01 3 -9.776-5 3 1.696-3 1 -1.456-4 1 ao mn 0 1 0 1 -.02 1 -1.336.4 1 9.6364 3 -1.456.4 7 31 N39 max 0 2 fl 1 0 3 .8 786-5 3 -8.596-5 3 4696-5 7 32 mm 0 1 0 2 0 1 -1.826-4 1 -1.596-4 1 4.696-5 1 33 N2a max 0 2 0 1 0 1 -a 786-5 3 -5766-5 3 1.346-5 7 34 min 0 1 o 2 0 3 -1 826-4 1 -1.16.4 1 1.346-5 1 35 N29 max 0 2 0 1 0 7 -1.36-4 3 4.216-5 1 -1.756.5 ? SB miii 0 1 0 2 0 1 -2.446-t 1 2.816-5 3 -1.756.5 1 37 N30 max 0 2 fl 2 fl 3 2.676-4 1 1.3fie-3 1 2.376-5 7 .38 min 0 1 0 1 0 1 1.396.4 3 7 746.4 3 2.376-S 1 39 N31A max 0 1 0 2 0 3 8.336.4 3 7.416-4 2 -3.166-6 ? 40 min 0 2 n 1 0 1 7.316-4 4 -4.736-5 1 -3.166-6 1 41 N32A max 0 2 0 2 0 4 1.176-3 2 4.886-4 3 5.86-6 2 42 min 0 1 0 1 0 7 8.096-4 4 2.076-4 2 S.86-6 1 43 N33A max 0 2 0 2 0 3 9.146-4 1 -5.246-5 3 -8.6e-6 ? 44 mm 0 1 0 1 0 1 5.32e-4 7 -2.746-4 2 -S.6e-6 1 45 N34A max 0 2 0 1 0 7 -1 636-4 7 -2.556-4 3 2.576-6 1 -•46-' mm 0 1 0 ? 0 1 -3 386-4 3 -S:3Se-4 1 2.S76* 2 47 N3SA max 0 2 fl 1 0 3 -238e-4 7 6.316-4 2 -8.896-7 1 48 mm 0 1 0 2 0 1 -417e-4 3 -4:S3e.K 1 -8.896-7 ? 49 N36 max 0 1 0 2 0 4 -252e-4 4 9.08e-4 3 -2.216-6 1 m min 0 2 0 1 0 7 -3 756-4 7 5:276-4 4 -2216-6 2 51 N37 max 0 1 0 1 fl 4 -g 996-5 4 -9.226-4 4 -3.85e-5 1 S3 mm 0 2 fl 2 0 3 -4 976-4 3 -1376.3 3 -3.856.5 7 .53 N38 max 0 ? 0 2 0 3 -532e-5 3 9.3e-* 1 3.26-5 2 S4 min 0 1 0 1 0 1 -1416-4 1 S4?6-4 3 3 26-S 1 55 N39A max fl 2 0 7 0 4 6.436-4 3 -1.136-3 4 -2.176-5 1 56 mm 0 1 0 1 0 3 2.816-4 4 -1.656-3 3 -2.176-5 7 57 N29A max fl 1 0 2 .02 1 5.866-4 1 8.716-4 1 1.346-5 1 sa mm 0 2 0 1 .01 3 3.286-4 3 4.956-4 3 1.346-5 2 59 N30A max 0 1 0 2 .02 7 1.096-3 3 -5.096-4 4 -1 396-5 2 60 min 0 2 0 1 .01 4 6.6-4 4 -e.936-4 2 -1.396-5 1 61 N3? max 0 2 fl 1 -03 4 9.24e-4 2 -8.486-4 4 3.16-4 ? 82 min 0 1 0 7 -.04 7 5.316-4 3 -1.166-3 2 3.16-4 1 63 N33 max 0 1 n 1 -05 4 1 .3.56-4 3 -4.5e-4 4 2.gge-4 7 64 mm 0 2 0 2 -.07 3 -6:386-5 2 -6.316-4 3 2.996-1 1 65 N34 max 0 2 0 1 -.02 3 1.91e-3 2 -6.466-4 3 3.7664 2 66 mir» 0 1 0 2 -.03 2 1 4.56-3 4 -11.36-a 7 3 766.4 1 67 N3SB max 0 2 fl 2 0 3 -4.066-4 4 -4.536-4 3 3.S2e-4 1 ea mm 0 1 0 1 0 2 -5 B16-4 ? -9.516-4 2 3.526.4 7 69 N36A max 0 2 0 1 -.01 2 1.536-3 1 9.636-5 2 3.476.4 2 70 mm 0 1 0 2 -.02 1 1.46.3 3 -6.456-4 1 3.47e-l 1 71 N37A max 0 2 0 7 0 7 -4 016-4 7 5076-5 7 3.386-4 1 72 min 0 1 0 1 0 1 -S.34e-4 3 -S.196-4 1 33864 2 £nyo/CTpa AISC 14th(360.1Q); ASD Stool Codo Chocks Member M2 Shape HSS2X2X3 Code Check .105 Loclin] _Z2_ -LC-ShfiaL- .025 Loc[in] Dir L.C Pnc/nm [k] Pnt/nm [k] Mnyy/nm _22L 17.16 32.78 1.83 Mnzz/om 1.83 Eqn H1-1b M3 HSS2x2x3 -106 ,.^12-17,08 32,78 1,83 1.83 2... Hl-lb M4 HSS2x2x3 .136 71.61 •021 66.39 17.28 32.78 1.83 1.83 Hl-lb MS HSS2)(2x3 -135 .033 17.16 32.78 1.83 1.83 Hl-lb Me HSS2y7x3 •094 .025 305 32.78 1.83 1 S3 Hl-lb -MZ. HSS2x2x3 -033 •005 31.23 32.78 1.83 1-83 2.3 H1-1b -M8_ HSS2x2x3 .073.. .033 23.87 32.78 1-83 1 83 Hl-lb -8-HSS2x2x3 .098 10-57 J-.033 55.36 I 7 I 1 Hl-lb RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - Model_2.r3d] Page 4 82 of 141 TECHNOLO Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Envolopo AISC 14th('i60.10); ASD Stool Codo Chocks (Continuod) Member Shape Code Cheek Loc[in] LC Shear.. Lg£[inl Oir LC Pnc/om [k] Pnt/om [ Mnyy/om Mnzz/om Qh. Eqn MIO HSS?x7x3 -096 11-14 JOS-11,14 -20-32.78 1.83 1.83 Hl-lb -Ifl-M11 HSS2l(2x3 .131 55.77 70-86 32.78 1.83 1-83 Hl-lb M12 HSS2x2x3 .091 8.39 .045 .^39. 32.78 1.83 Hl-lb J2-M12A HSS2x2x3 .011 14.45 -flQ2-14.45 31.93 32-78 1-83 1 83 H1-1b J3-M13 HSS2x2x3 .074 23.94 .021 2iS4-30.51 32.78 1-83 H1-1b J4-M14 HSS2«2xa 24.87 .021 48-73 24-37 32 78 1.83 H1-1b J5-M1S HSS2x2x3 .053 26.9 .030 7.61 24.37 32.78 1.83 1.83 Hl-lb Jfi-M16 HSS2x2x3 -055 10.25 .031 10.5 30.5 32.78 1-83 H1-1b -IZ. M17 HSS2x2x3 -127 72.6 .020 72.6 16.97 32.78 1.83 1-83 Hl-lb -lfl_ Mia HSS2x2x3 .120 -13-M19 HSS2X2X3 -149 71-65 .013 17.06 -017 71.65 17-27 32.78 1.83 32.78 1 83 1-83 1-83 H1-1b Hl-lb -20-M2Q HSS2K2X3 .159 -028-16-95 32-78 1.83 1-83 Hl-lh -21. M21 HSS2x2x3 -099 11.55 .044 11-3 30.48 32 78 1-83 1-83 H1-1b -22-M22 HSS2x2x3 .004 -23-M23 HSS2x2x3 .001 8.72 32.45 32.78 1.83 1-83 -006 -002 -28-32.45 32-78 1-83 1-83 H1-1b Hl-lb I RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140Q61\140061-132r1\140Q61-132r1 - Model_2.r3d] Page 5 83 of 141 MBI RJD 140061.132r1 Carlsbad Welcome Sign S-1 Nov 18, 2014 at 10:14 PM 140061-132r1 - Model 3.r3d 84 of 141 SllRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140C61.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Global Display Sections for Member Calcs 5 Max Intemal Sections for Member Calcs 97 Include Shear Deformation? Yes Include Warping? Yas Trans Load Btwn Intersecting Wood Wall? Yes Increase Nailing Capacitv for Wind? Yes Area Load Mesh (in*2) 144 Merqe Tolerance (in) .12 P-Delta Analvsis Tolerance 0.50% Include P-Delta for Walls? Yas Automaticiv Iterate Stiffness for Walls? Yes Maximum Iteration Numberfor Wall Stiffness 3 Gravitv Acceleration (in/sec*2) 386.4 Wall Mesh Size (in) 12 Eigensglution Convergence Tol. (1.E-) 4 Vertical Axis Y Global Member Orientation Plane X2 Static Solver Scares Accelaratad Dvnamic Solver Accelerated Solver Hot Rolled Steel Code AISC 14th(360-10): ASD Adiust Stiffness? Yesdterativa) RISAConnection Code AISC 14lh(360-10): ASD Cold Formed Steel Code AISI SI 00-10: ASD Wood Code AF&PA NDS-12: ASD Wood Temperature <100F Concrete Code ACI 318-11 Masonrv Code ACI 530-11: ASD Aluminum Code AA ADM1-10: ASD - Building Number of Shear Regions 4 Regign Spacina Increment (in) 4 Biaxial Column Method Exact Integration Parme Beta Factor (PCA) .65 Concrete Stress Block Rectangular Use Cracked Sections? Yes Use Cracked Sections Slab? Yes Bad Framina Wamings? No Unused Force Wamings? Yes Min 1 Bar Diam. Spacing? No Concrete Rebar Set REBAR SET ASTMA615 Min % Steel for Column 1 Max % Steel for Column 8 Seismic Code ASCE 7-10 Seismic Base Elevation (in) Not Entered Add Base Weight? Yes Ctz .02 Ctx .02 TZ(sec) Not Entered TX(sec) Not Entered RZ 3 RX 3 CtExo.Z .75 Ct Exp. X .75 SDI .46 SDS .79 S1 .44 TL (sec) 8 Risk Cat lorll OmZ 1 OmX 1 RhoZ 1 RhoX 1 Joinf Coordinatos and Tomporaturos 1 Nl 940.5317 216.9553 0 fl 2 N3 871.7787 224.7096 0 0 3 N4 gii.i72g 265.3215 0 0 4 N9 841.5207 272 5183 0 0 5 IM10 631.g273 786 279 0 0 6 Nil 664.8185 240.242 fl 0 7 N12 561.6321 288.2506 0 0 8 N13 595.6783 242.8367 0 0 9 N14 771.7461 278.4115 0 0 10 NIS 802.8928 231 1769 0 0 11 N16 701.8735 282.9989 0 0 12 N17 733.896 236.355 0 0 13 NS4 351.0727 286.279 0 0 14 NSS 387.3218 242.8367 0 0 15 N56 281.1266 2829989 0 0 16 NB7 318.1816 240.242 0 0 17 iMSa 491.5 288.913 0 0 18 NS9 526.5017 244 1381 0 0 RISA-3D Version 12.0.2 [\\MBI-FiLE\MBl-Operations\Engineering\Signs\Projects\2014M40061M40061-132r1\14C061-132r1 - Model_3.r3d] Page 1 85 of 141 llRISA ECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Joint Coordinatos and Tomporaturos (Continuod) ji- label N60 X[inl 421,068 Y[in] 788 7.506 Z[inl Temp [F] Detach From Diaphragm -20-N61 456.4984 244.1381 -21. N62 249.1021 236.355 -22-N63 42.4684 716 9553 -23-N64 71.8272 265.3215 -24-Ne? 180.1073 231.1769 -25-N68 211.254 278.4115 -26-N69 111 2214 224.7096 -22-N70 141.4794 272.5183 -2fl-NS7A 940.5317 216.9553 -18- -23-N59A 871.7787 7747096 JIS- N60A 911.1729 265.3215 Ji. -31-N61A 983 256.5169 -32-983 211.5134 Jfl- N63A 841.5207 2725183 Jfl- -34-W64A 631.9273 286.279 JB- J5_ N65A 664.8185 240.242 Jfl- NeeA 561 9321 288.2506 Ji- .JZ. N67A 595.6783 242.8367 JS- W68A 771.7461 778.4115 JS- -33-N69A 802.8928 231.1769 JS- -40-N70A 7018735 2829989 Jfl- -41. N71 733.898 236.355 -18- ..42-491.5218 299.4442 JS- .43-N89 711 5169 J8- -44-N90 256.5169 JS- J5-N91 351.0727 286.279 JS- -48-387.3218 242.8367 JS- -42-N93 281.1266 282.9989 JS- -48-N94 318.1816 240.242 JB- -43-N9S 491.5 288.913 Jfl- -5flL N9e 526.5017 744 1381 JS- Jl. N97 421.068 288.2506 JB- -52-N98 4-5B 4984 2441381 J8- N99 249.1021 236.355 JS- N100 42.4684 216.9SS3 JS- -55-N101 71.8272 265.3215 -18-N103 18Q.1<173 731 1769 JS- -52-N104 211.254 278.4115 J8- -58-N1Q5 111-2214 224.7096 JS- -53-N106 141.4794 777.5183 JS- _fifl_ N1QSA 940.5317 216.9553 -18 -fiL N106A 871.7787 224.7096 J8- -82-N107 911.1729 265.3215 -18 -53-N108 983 256.5169 JS- -84-N109 983 211-5134 JB- _fi5_ N11Q 841.5207 272.5183 -18 -62- N111 N112 N113 631.9273 -286.229- 664.8185 240.242 561.9321 288 2506 JB- -18 -18 -63-N114 595 6783 242.8367 JB- Jfl- -ZL Nils N116 771.7461 278.4115 802.8928 731 1769 -18 JB- -22-N117 701.8735 282.9989 -18 -23-N118 733 898 236.355 JB- -24-N120 211 5169 JB- -25- J2fi- N121 N122 256.5169 351.0727 -286.229- -18 -18 _22-N123 387.3218 242.8367 JB- JTB- J23- N124 N12S 781:1386 2829989 318.1816 240.242 -18 JS- -6fl-N126 491.5 288.913 -18 -Bl. N127 Ni2a 526.5017 244.1381 421.068 288.2506 JB- -18 -83- .54- N129 N130 456.4984 744.1381 749-1021 236.355 JB- -18 -85-N131 474684 716-9553 JB_ N132 71-8272 265.3215 -18 -82-N133 180.1073 231.1769 JB- N134 211.254 278.4115 JB- -83-N135 111.2214 224.7096 JB- -Sfl-N136 1414794 272.5183 JB- -31. N137 10.5 212.861504 JB- -92-Niaa 10-5 257-803993 -18- -33-N139 10.5 212.861504 JB- -S4_ N140 10.5 287.803993 -18 -3JL. -Sfi- N141 N142 972.5 757 803995 JB- 972.5 212.858873 Jfl- .JZ. -98- N143 N144 972.5 7.57 803995 JB- 972.S 212-858873 -18 J3-N128A 306.5218 29g.4442 JB- 100 101 N128B N115A 676.5218 2994443 JB- 306.5218 234.4442 JB- 102 NiieA 676.5218 234 4442 J4- 103 N115B 491.5218 234.4442 _1S_ RISA-3D Version 12.0.2 [\\MBI-FlLE\MBl-Operatlons\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - Model_3.r3d] ge2 86 of 141 llRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Joint Coordinatos and Tomporaturos (Continuod) 104 NiieB 611.5218 799.4447 18 0 105 N117A 611.5218 734.4442 18 0 106 N118A 546.5318 299.4442 18 0 107 N119 546.5218 734 4442 18 0 108 N120A 481.5218 299.4442 18 0 109 N121A 481 .571 a 734 4442 18 0 110 N124A 306.5218 2994442 -18 0 111 N12SA 676.5218 2gg.444? -18 0 112 N126A 306.5218 734.4442 -18 0 113 N127A 676.5218 234.4442 -18 0 Hot Rollod Stool Dosign Paramotors Label Shape Lengthpn] Lbyyjin] -LbzzBn]-I camp top[in] I cnmp hnlpn] L-torque. Kzz Cb Function _M5-HSS4x3x1/4 42.815 Segment .Segment Lbw Lateral Xatscal 69.189 Segment .Segment Lbyy M7 HSS4x3x1/4 eg.iag Seament Segment Lbw Lateral XatecaL -MB-Mg HS84xax1/4 69.189 HSS4X3X1/4 eg.isg Segment Segment Segment Segment Lbyy Lbw Lateral XatacaL ma M11 MSS«1t3xi;4 69.189 HSS4x3x1/4 69186 Seflmenl Segment Sea™"' Segment Lbyy Lbw lateci Lateral Lateral Lateral XatecaL M12 HiBS4Si3x1>4 70-003 Segment Segment Lbyy M13 HSS4x3x1/4 egisg Segment Segment Lbw -Ifl-M14! HSS4x3ir»4 69.189 'Seament Lbyy M15 HSS4x3x1/4 69.189 Seament Segment Lbw -12-Mie tiS84)(3xt?4 69189 Segmeni Segment Lbyy lateral ja_ M17 HSS4x3x1/4 69.189 Segment Segment Lbw -Latecal J4- J5-M19 HSS4x3«!lf4 69.189 HSS4x3x1/4 42.816 SegmaiTt Segment Segment .Segment Lbyy Lbw XatscaL latecal -16- -12- M20 M21 HSS4xax1/4 72.365 HSS4x3x1/4 70.023 •Segment Segment Segment Segment Lbyy Lbw XatscaL -Latecal -ia_ M22 HSiStxaxIrt 70.023 Segtnant Segment Lbyy lateral _19_ HSS4X.3X1/4 70Q23 Segment Segment Lbw -20- -21. W24 M25 HSS4x3xi;4 HSS4x3x1/4 70.023 70.023 Segmant Segment Segment 5^6nment Lbyy Lbw Lateral Lateral l.atecaL ,22- -23- M26 M27 HSS4X3X1M 70.435 HSS4x3x1/4 70.435 Segment Segment Segment Segment Lbyy Lateral -24-H2a HSS4x3x1M 70.023 Segnient Segment Lbyy -25--U29_ HSS4x3x1/4 70.023 Segment Segment Lateral iJtferal Lateral -LMetaL -26-M30 HSS4X3X1M 70 073 Segment Segment Lbyy -22-M31 HSS4x3xi;4 70.023 Segment Segment Lbw -28- -29- M32 M33 HSS4X3X1/4 70.023 HSS4x3x1/4 72.365 Segrnent Seament ."Segment Segment Lbyy Lbw Lateral Lateral Lateral -LatecaL JiL. M35 M36 58.04 HSS4X2X1/4 56.576 Segment Seament Segment Seament Lbyy Lbw M37 HSS4X2X1?4 56.579 Segrnent Segment Lbyy M38 HSS4x2x1/4 56.579 Seament Seament Lbw l.atecal -34-M39 HSS4x2x1M 56 579 Segment Segment Lbyy Lateral l.atfiiaL -35-M40 HSS4x2x1/4 56 579 Segment Seament Lbw -3fi_ M41 HSS4x2i<1<4 56.579 Segmeni Segment -Lbyy- M42 HSS4x2x1/4 56.579 Seament Segment Lbw latscal -38- -33- M43 M44 HSS4X2XK4 56.579 HSS4x2x1/4 56.579 Segment Segment Segment Segment Lbyy Lbw XatscaL Lateral .AS-M45 HSS4ifflxi;4 56.579 .Segment Segment Lbyy Jl. M46 HSS4x2xi;4 56.579 Segment Segment Lbw -Lateral 42 M47 nas4x?xiy4 .56 579 Segment Segment Lbyy l-atecaL _43_ M48 HSS4X2X1/4 56.832 Segment Segment Lbw -Lateral -44-M49 MSO H8S4X2X1/4 56.832 HSS4y?x1/4 56.579 Segment Segment ^gment Segment Lbyy lbw -LateiaL -LatecaL :AS- -4Z. M52 HSS4x2xi;4 56679 HSS4x2xi;4 56.579 Segnrem Segment Segment Seament Lbyy Lbw Lateral -LatscaL -48- -43- MS3 M54 HSS4x2x1/4 56.579 HSS4x2xi;4 .56 576 Segment Segment Segment Seament Lbyy lbw -Ldteial -Latscal Jfl- -51. M5S M56 HSS4X2X1/4 56.579 HSS4x2x1/4 56.579 Seament Seament Segment Seament Lbyy Lbw Lateral -Lateral J2- -53- MS7 MSa HSS4X7»1;4 56.579 HSS4x2x1/4 56.579 Segment Seament segment Seament Lbyy Lbw Lateral -LatscaL -54-MB9 HSiS»x?«1/4 56.579 Segment Segment Lbyy -Lateral -55-M6Q HSS4x2x1/4 56.579 Segment Segment Lbw -Lateral -56-M61 M62 1^584x2x1/4 56.579 HSS4x2x1/4 58.04 Segment Segment Segment Segment Lbyy Lbw AsSatdL Lateral -Latecal -58- J53_ Me4 M65 HSS4x3x1/4 47.815 HSS4x3x1/4 69.189 Segment Seament Segment Segment Lbyy Lbw lateral Lateral lateral M66 HSS4x3x1/4 69.189 Segnient" Segment Lbyy -61. M67 HSS4x3x1/4 eg.iag Segment Segment Lbw -62- -63- M68 M69 HSS4x3x1/4 69.189 HSS4x3x1/4 egisg Seament Seament Segment Segment Lbyy Lbw -Lateral -Lateral -54- -65- M70 HSS4X3X1/4 69,189 Seament Segment Lbyy Lateral Lateral -Lateral M71 HSS4x3x1/4 70.003 Segment Segment Lbw -66- JBZ. M72 M73 HSS4x3x1/4 69.189 HSS4x3x1/4 69.189 Sagmant •Segment Segment Segment Lbyy Lbw Lateral -Lateral -BB- -63- M74 M75 HS.S4x3x1/4 69189 HSS4x3x1/4 69.189 Segment Segment Segmeni Segment Lbyy Lbw -Lateral JSL JZl. M7e M77 HijS4x3x1/4 69.189 HS.S4y3x1/4 69.189 Segment ^egme^ Sagmeivt Lbyy Lbw -Lateral J-atecal R1SA-3D Version 12.0.2 [\\MBl-FlLE\MBI-Operations\Engineering\Signs\Proiects\2014\14Q061\140061-132r1\140061-132r1 - Model_3.r3d] Page 3 87 of 141 llRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Hot Rollod Stool Dosign Paramotors (Continuod) 72 M7a HS.S4iax1/4 43 816 Segment Segment Lbyy lateral 73 M79 HSS4x3x1/4 72.365 Segment •Segment Lbw Lateral 74 Man HSS4xaxlM 70.023 Segment Segment Lbyy Lateral 75 MSI HSS4x3x1/4 70.023 Segment Segment Lbw Lateral 76 Ma? HSS4x3x1M 70.023 Segment Segment Lbyy Lateral 77 M83 H.S^S4x3x1/4 70 023 Segment Segment 1 hw Lateral 78 M84 l-ISS4x3xi;4 70.823 Segment Segment Lbyy Lateral 79 MSS HSS4x3x1/4 7fl.435 Seament Senment Lbw Lateral Lateral 80 Mas HSS4xav1M 70.435 Segment Segment Lhyy Lateral Lateral 81 Mfl7 HS.S4x3x1/4 70 023 Seament •Seament Lbw Lateral 82 MRII • l4SS4x3x1M 70.023 Segment Segmem lbyy Lateral 83 M8fl HS.S4x3x1/4 70 073 Seament .Segment Lbw Lateral 84 Man i4SS4x3ir1/4 76B23 Segment Segment Lbyy lateral 85 Mfl1 HSS4x3x1/4 70.023 Segment Segment Lbw Lateral ae M93 HSS4x3x1M 72 365 Segment Segment Lbyy Lateral 87 M94 HSS4x?x1/4 58.04 Segment Segment Lbw Lateral . 88 : um ••. Hf^x3x1/4 se 579 Segment Segment Lbyy Lateral 89 Mga HSS4x2x1/4 56,579 Segment Senment Lbw Lateral 90 ^ . user: ;ftSSiti^l4 SeS79 Segment Segment Lhyy Lateral gi M98 HSS4y2x1/4 56.579 Segment Segment Lbw Lateral 92; Mna nSS«x3y1M 58.579 Segment Segment Lbyy -J-aaaL 93 Miflfl HSS4x2x1/4 56.579 Segment •Segment Lbw lateral 94 *l¥m , l-<SS4l(2x1(4 56.579 Segment Segment Lbyy LaieraL _f)5 Min? HSS4x2x1/4 56.579 Segment Segment Lbw Lateral 96 Uin!i HSS4x?v1i4 56 579 Segment .Segment 1 hyy Lateral 97 M104 HSS4x2x1/4 56.579 Segment Segment Lbw Lateral 98 u-ins ' H.SS4i7x1M .58 879 Segment Segment Lhyy Lataral 99 Mine HSS4x2x1/4 56.579 Seament Seament Lbw Lateral 100 ^ ^'itWT •••'••: msstuxti* 56.832 Segment Segment Lbyy Lateral 101 MIflS HSi34x2x1/4 56,832 Seament Segment Lbw Lateral 102 Mina MSS4x2#1l4 SB.S79 Segment Segment Lhyy Lateral 103 Mim HSS?4x2x1/4 56 579 Segment Segment Lbw Lateral 104 Mm HSS4x2x1M 56 S78 Segment Segment Lbyy Lateral 105 M11? HSS4x2x1/4 56 579 Seament Segment Lbw Lateral 106 Mils l-0S!4x2x1/4 56579 Segment Segment Lhyy Lateral 107 Ml 14 HSS4x2x1/4 56.579 Seament Segment Lbw 1 atecaL 108 ••<M11ii"' HSiSMxTxiM 58:579 Segment Segment Lhyy -LatecaL 109 M11R HSS4x?x114 56 579 Seament Segment Lbw Lateral 110 MH7 <i4SS4x2WlM 56 579 Segment Segment Lhyy lateral 111 M118 HSS4x2x1/4 56,579 Segment Segment Lbw Lateral 112 M119 KSS4x2x1M 56,579 Segment Segment Lhyy Lateral 113 Ml 70 HSS4x2x1/4 56,579 Segment ESenment Lbw Lateral 114 UMi MS3S4x2x1M S8 04 Segmerrt Segment Lhyy Lateral 115 Ml 73 HSS3x3x3/16 36 Segment $>egment Lbw Lateral 118 ••'^134 I^Sax3x3/16 96 Segment Segment Lhyy Lateral 117 Ml 25 HSS3x3x3/16 36 Segment Seament Lbw LateraL 118 Ui7S 'WSMll3x3/16 36 Segment Segment Lhyy Lateral 119 M177 HSS3x3x3/16 .36 Segment .Segment Lbw Lateral 120 Witi ."''••"'• MSS3X3«3M6 36 Segment Segment Lhyy Lateral 121 M1?9 HSS3x3x3/16 36 Segment Segment Lbw Lateral til' • ' 'M*sn HSsaxssia/ie 36 Segment Segment Lbyy Lateral 123 Ml.31 HSS3x3x3/16 36 Seament Segment Lbw Lateral 174 :MiS7 -H!isax3i^6 36 Segment Segment Lhyy Lateral 125 M133 HSS3x3x3/16 36 Seament Segment Lbw Lataral 138 •:><S' -M^a* • '-s-l«SS3ll3x3n6 36 Segment Segment 1 hyy LatscaL 127 M135 HSS3x3y3/16 36 Segment .Segment Lbw Lateral 128 M196 HSS3x3xS/16 36 Segment Segment Lbyy Lateral 129 Ml.37 HSS3x3x3/16 36 Segment Segment Lbw Lateral 130 Miaa HSSax3x3/16 36 segment Segment Lbyy Lateral 131 M139 HSS3x3x3/16 36 Segment Seament Lbw 1 ateral 132 M14fl HSSSx3x3/ie 36 Segment Segment Lhyy Lateral 133 M141 HSS3x3x3/ie 36 Segment .Seament Lbw Lateral 134 M1JI7 HSS3x3x3/16 36 Segment Segment Lhyy Lateral 135 M143 HSS3x3x3/16 36 Segment .Segment Lbw lateral ise M144 HSS3x3x3/16 36 Segment Segment Lhyy Lateral 137 M145 HSS3x3x3/16 36 Seament Segment Lbw Lateral 138 '• H14« ftS<!3x3x3/1« Segment Segment Lbyy Lateral 139 M147 HSS3x3x3/ie 36 Segment Segment Lbw Lateral 140 :Ui4H'.:^:: HSS9x3«a/18 Segment Segment Lhyy Lateral 141 M149 HSS3x3x3/16 36 Segment Segment Lbw LatscaL 142 M1S4 l-tSSax3x3/16 36 Segment Segment Lbyy Lateral 143 Ml.55 HSS3x3x3/16 36 Segment Segment Lbw Lateral 144 • 'M1S6 : HSSaxax3/16 36 Segrnent Segment Lbyy Lateral 145 Ml 57 HSS3y3x3/16 36 Seament Segment Lbw Lateral 146 •^'•MI'SR' HSS3i<ax3/16 71iSQ9 Segment Segment Lbyy Lateral 147 Ml 59 HS.S3x3x3/ie 78.735 Segment Segment Lbw Lateral 148 Mieo HSS3X3X3/16 78,735 Segrnent Segment Lbyy LateiaL 149 M161 HSS3x3x3/16 78,735 Segment Segment Lbw LateiaL ISO M162 HfiSaxaxflrte 78.735 Segment Segment Lbyy Lateral 151 M163 HSS3x3x3/16 78.735 Seament Segment Lbw Lateral 1.57 M164 Hss^^xaxS/ie 79.102 •Segment Segment Lhyy Lateral 153 Ml 65 HSS3x3x3/16 79.102 Segment Segment Lbw Lateral 154 M166 Hssaxax3/ie 78.735 Segment Segment Lbyy Lateral 155 Mie7 HSS3x3x3/16 78.735 Segment Seament Lbw Lateral 156 . M168 HSS3xax3/l6 78.735 Segment Segment Lbyy Lateral R1SA-3D Version 12.0.2 [\\MBI-FlLE\MBl-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - Model_3.r3d] Page 4 88 of 141 RISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Hot Rollod Stool Dosign Paramotors (Continuod) Label Shape Length[in] Lbyy[in] -LbzzBoL Lcomp top[in] Lcomp hot[in] L-torque... Kyy. Kzz Cb Function 157 Ml 69 HSS3x3x3/16 78.735 Segment ?^gment Lbw -Lateial 158 M170 HSS3x3x3/16 78.735 Segment Segment Lbyy lateial J53-M171 HSS3x3x3/16 71.509 Segment •Segment Lbw latscal 160 HSS3x3x3/16 48.319 Segment Segment Lbyy Lateral .atsisL 161 M173 HSS3x3x3/16 77.994 Segment Segment Lbw 162 M174 HSS3»3x3<1« 77.994 Segment .Segment Lbyy -LatecaL 163 M17S HSS3x3x3/16 77.994 Segment Segment Lbw 164 Mi7e HSS3«3x3/16 77.994 Segment Segment Lbyy LateraL 165 M177 HSS3x3x3/16 77.994 Segment •Segment Lbw lateral M178 HSS3»3x3/ie 77.994 Segment Segment Lbyy latsiaL 167 M179 HSS3X3X3/16 78.718 Segment Segment Lbw lateral 168 M180 M181 ••«S3x3x3/ie 77-9g4 HSS3x3x3/16 77.994 Segment •Segment Segment •Seament Lbyy Lbw XatecaL lateral 170 171 Ml 82 Ml 83 HSS3x3x3/16 77.994 HSS3x3x3/16 77.994 Segment Seament Segment Seament Lbyy Lbw lateKl latecal 172 M184 HSS3x3x3/16 77-994 Segment Segment ibyy lateal -123-M185 HSS3x3x3/16 77.994 Seament Seament Lbw lateral J24-Miae HSS3x3x3/i6 48.319 Segmem Segment Lbyy latecal Hot Rollod Stool Soction Sots -LabeL Shape Type Design List Material Design Rules A [in2] lyy On4] Izz [in4] J [in4] HSS14x14x1/2 msa-siaxiM HSS14x14x8 HSS8 625x0.250 Column Column SguareTube HSS Rpe ASOO GrB Rect A5QQGf.BRND Typical 24.6 Typiert 6.14 743 54.1 743 54.1 1170 108 HSS4x3x1/4 HSS4x3x4 Beam RECT ASOO GrB Rect Tvoical 291 3.91 6.15 7.96 HSS4x2x1<4 HSS4x2x4 Beam RECT ASOO Gr.B Reet Typicai 2.44 1-48 4-49 3.82 HSS3x3x3/16 HSS3x3x3 Beam SguareTube ASOO GrB Reet Tvoical 1.89 2.46 2.46 4,03 HSS4.1/2x.3/a H.SS4,500x0 375 Beam HSS Pipe ASOO GrB RND Typical 4.55 9,87 9,87 19.7 Dummy HSS8,62Sx0.2S0 Column HSS Pipe ASOO Gr.B RND Typical 6,14 54.1 54.1 JflB- Basic Load Casos BLC Description Category X Gravity Y Gravity Z Gravity Joint Point Distributed Area(Me,, SjrfacB(P Dead Load PL J- WndLoadA WL 114 J- Wind Load B WL 114 Wind Load C WL 114 Seismic 174 Tmck induced Wind L,: WL 172 BLC 1 Transient Area None 224 Rt r. 3 Transiem Area BLC 3 Transient Area None None 11? 112 JO- Jl. Rir!4TrangiemAw»a BLC 5 Transient Area None None 129 224 J2-BLC 6 Tmnsiem Area None 112 Load Combinations 1 LCI Yes Y .{ 1 1 2 .6 2 LC2 Yes Y 1 1 3 .6 3 LC3 Yes Y 1 1 1 4 ,6 4 Le4 Yas Y 1 .\ 1 5 ,7 5 LCS Yes Y .6 2 .6 6 Lce Yea Y .6 3 .6 7 LC7 Yes Y .6 4 ,6 8 LCS Yes Y .6 5 .7 9 LC9 Yes Y 1 1 6 1 Mombor Distrihutod Loads (BLC 2: Wind Load A) Member Label Diraction •Start Magnitude[lb/ft,F] End Magnitude[lb/fl,F] Start Location[in,%] Fnd l.ocation[in,%] M35 Jfl--10 M36 JQ--10 |yi37 -10 M38 -10 -10 M39 -10 -10 M40 Jfl--10 ,M41 -10 -10 M42 M43 -10 Jfl- Jfl- Jfl- Jfl-M44 -10 Jfl- M45 -10 Jfl- J2_ M46 -10 Jfl- J3-M47 Jfl-Jfl- 14 M48 JD--10 15 M49 Jfl-JflL J6-M50 -10 •10 17 M51 JQ-JflL. Jfl-MS2 -10 -10 J3-MS3 JQ-Jfl- -20-M54 -10 Jfl- -10 Jfl- R1SA-3D Version 12.0.2 [\\MBI-FlLE\MBl-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - li/lodel_3.r3d] Page 5 89 of 141 ll Company IDie A °«i9"«'' TECHNOLO MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distributod Loads (BLC 2; Wind Load A) (Continuod) 22 MSS Z -10 -10 1 0 0 23 M57 z -10 -10 0 0 24 Hsa z -10 -10 0 0 25 M59 z -10 -10 0 0 26 H60 z -10 -10 0 0 27 M61 z -10 -10 0 0 28 M62 z -10 -10 0 0 29 M94 z -10 -10 0 0 30 M9S z -10 -10 0 0 31 M96 z -10 -10 0 0 32 M97 7 -10 -10 0 0 33 M98 7 -10 -10 0 0 34 M99 z -10 -10 0 0 35 M10Q z -10 -10 0 0 36 Mifll z -10 -10 0 0 37 Ml 02 z -10 -10 0 0 38 Mioa 2 -10 -10 0 0 39 M104 Z -in -10 0 0 40 M105 z -10 -10 0 0 41 M106 z -10 -10 0 0 42 Ml 07 z -10 -10 0 0 43 Mioa z -10 -10 0 0 44 M1Q9 z -10 -10 0 0 45 M110 z -10 -10 0 0 46 Mill 2 -in -10 0 0 47 M112 Z -10 -10 0 0 48 Miia Z -10 -10 0 0 49 M114 Z -10 -10 0 0 50 " M11S Z -10 -10 0 0 51 M116 z -10 -10 0 0 52 M117 z -10 -10 0 0 S3 M118 7 -10 -10 0 0 54 M119 Z -10 -10 0 0 55 Mi?n z -10 -10 0 0 56 M121 2 -10 -10 0 0 57 MS Z -14 -14 0 0 sa M6 Z -14 -14 0 0 59 M7 z -14 -14 0 0 60 M8 z -14 -14 0 0 61 M9 z -14 -14 0 0 63 MIO 2 -14 -14 0 0 63 Mil z -14 -14 0 0 64 Ml? z -14 -14 fl 0 65 M13 z -14 -14 0 0 66 M14 z -14 -14 0 0 67 MIS z -14 -14 0 0 68 Mie 2 -14 -14 0 0 69 M17 7 -14 -14 0 0 70 Mia 2 -14 -14 a 0 71 M19 Z -14 -14 0 0 72 M20 2 -14 -14 a 0 73 M21 Z -14 -14 0 0 74 M22 2 -14 -14 a 0 75 M23 Z -14 -14 0 0 76 M24 z -14 -14 0 0 77 M25 z -14 -14 0 0 78 M26 2 -14 -14 0 0 79 M27 2 -14 -14 0 0 80 M28 Z -14 -14 0 0 81 M29 7 -14 -14 0 0 82 Maa 2 -14 -14 0 0 83 M31 Z -14 -14 0 0 84 M32 Z -14 -14 0 0 85 M3a z -14 -14 fl 0 86 Me4 z -14 -14 0 0 87 M65 z -14 -14 0 0 88 Mee 2 -14 -14 0 0 89 M67 Z -14 -14 0 0 90 *ie8 2 -14 -14 0 0 91 M69 Z -14 -14 0 0 92 M70 Z -14 -14 fl 0 93 M71 Z -14 -14 0 0 94 M72 z -14 -14 0 0 95 M73 z -14 -14 0 0 96 M74 z -14 -14 0 0 97 M75 z -14 -14 0 0 98 M76 7 -14 -14 0 0 99 M77 z -14 -14 0 0 100 itt7a z -14 -14 0 0 101 M79 z -14 -14 0 0 102 Mao z -14 -14 0 0 103 M81 z -14 -14 0 0 104 Ma? z -14 -14 0 0 105 M83 z -14 -14 0 0 106 M84 z -14 -14 0 0 RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations)Engineering\Signs\Projects\2014)140061\140061-132r1\140061-132r1 - Model_3.r3d] Page 6 90 of 141 ll il IR.iSA, CHHGLOQIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 2: Wind I oad A) (Cr\ntinuod) 107 MSS Z -14 -14 0 0 108 M86 2 -14 .14 0 0 109 M87 Z -14 -14 0 0 110 Maa Z -14 -14 0 0 111 M89 z -14 -14 0 0 112 M90 z -14 -14 0 0 113 M91 z -14 -14 0 0 114 M92 z -14 -14 0 0 Momhor Distrihutod Loads (BLC 3 : Wind Load B) 1 M20 Z -14 -14 0 0 2 MS z -14 -14 0 0 3 M21 z -14 -14 0 0 4 M6 z -14 -14 0 0 S M22 z -14 -14 0 0 6 M7 z -14 -14 0 0 7 M23 z -14 -14 0 0 8 MB z -14 -14 0 0 g Mg z -14 -14 0 0 10 M24. : 2 -14 -14 0 0 11 M25 z -14 -14 0 0 12 M26 z -14 -14 0 0 13 MIO z -14 -14 0 0 14 M11 z -14 -14 0 0 15 M27 z -14 -14 0 0 16 M28 z -14 -14 0 0 17 M29 z -14 -14 0 0 18 : M30 z -14 -14 0 0 ig M12 7 -14 -14 0 0 20 • 'Mia -z -14 -14 0 0 21 M14 z -14 -14 0 0 72 Mis 7 -14 -14 0 0 23 M31 z -14 -14 0 0 24 Mie z -14 -14 fl 0 25 M17 z -14 -14 0 0 26 Mas z -14 -14 0 0 27 M33 z -14 -14 0 0 28 Mia z -14 -14 0 0 26 Mig z -14 -14 0 0 30 M35 z -10 -10 0 0 31 M36 z -10 -10 0 0 32 M37 z -10 -10 0 0 33 M38 z -10 -10 0 0 34 M3g z -10 -10 0 0 35 M40 z -10 -10 0 0 36 M41 z -10 -10 0 0 37 M42 z -10 -10 0 0 38 '.•M4a ^- • z -10 -10 0 0 39 M44 z -10 -10 0 0 40 : •M4S: z -10 -10 0 0 41 M46 z -10 -10 0 0 42 M47 z -10 -10 0 0 43 M48 z -10 -10 0 0 44 M49 z -10 -10 0 0 45 MSO 2 -in -10 0 fl 46 MSt z -10 -10 0 0 47 MS2 z -10 -10 0 0 48 Msa 2 -10 -10 0 fl 49 M54 z -10 -10 0 0 SO MSS z -10 -10 0 0 51 M56 z -10 -10 0 0 52 MS7 z -10 -10 0 0 53 MS8 z -10 -10 0 0 54 Msg z -10 -10 0 0 55 M60 z -10 -10 0 0 56 M61 z -10 -10 0 0 57 M62 z -10 -10 0 0 58 M&4 z -14 -14 0 0 59 M65 z -14 -14 0 0 60 M66 z -14 -14 0 0 61 M67 z -14 -14 0 0 62 M68 z -14 -14 0 0 63 Meg z -14 -14 0 0 64 M70 z -14 -14 0 0 65 M71 z -14 -14 0 0 66 M72 z -14 -14 0 0 67 M73 z -14 -14 0 0 68 M74 z -14 -14 0 0 69 M75 z -14 -14 0 0 70 M76 z -14 -14 0 0 71 M77 z -14 -14 0 0 72 M7a z -14 -14 0 0 73 M79 z -14 -14 0 0 74 MBO 2 -14 -14 0 0 R1SA-3D Version 12.0.2 [\\MBI-FlLE\MBl-Operations\Engineering\Signs\Proiects\2014\140C61\140061-132r1\140061-132r1 - ModeL3.r3d] Page 7 91 of 141 ll IRISA TECHNGLOGIE: Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 3 ; Wind Load B) (Continuod) J25_ Member Label M81 Direction Start Magnitude[lb/fl.F] J4_ End Magnitude[lb/ft,F] J4_ Start Location[in,%] End Lor.ation[in,%] _26-M82 J4_ -14 JZZ. M83 -14 J4- -2B_ M84 -14 -14 Mas -14 -14 -14 -Bl-M87 J4_ J4_ _a2_ M88 -14 J4- -83--MB9L J4_ J4- -B4_ M90 J4_ -14 -B5_ M91 J4_ J4_ -14 -14 -BZ. M94.. Jfl--10 -SB-'-M95' JQ-Jfl- ja3-M96 Jfl-Jfl- M97 Jfl-Jfl- -31. M98 . -10 Jfl_ -82-M99 -10 J£L -93-M100 Jfl-Jfl- -34-Miai -10 -10 -35-M102 Jfl-Jfl- -96-Mioa Jfl-Jfl- -32-M1Q4 -10 Jfl- •10 -10 -99-M106 -10 Jfl- Jfifl--10 Jfl- 101 102 M108 Miea Jfl--10 JQ--10 Jfl3- ja4- M110 -10 JQ- -10 •10 Jfl5. M112 Jfl-Jfl- iima-•10 •10 JflZ. M114 Jfl-Jfl- 108 Mils •10 Jfl- 109 M116 JQ-Jfl- Jlfl-iM117 •10 •10 JIL M118 Jfl-Jfl- J12-H119 Jfl-Jfl- 113 Ml 20 JQ-Jfl- -114-M121 Jfl-Jfl- Momhor Distrihutod Loads (BLC 4 ; Wind Load C) Member Label Diraction Start MagnitL]de[lb/ft,F] End Magnitude[lb/ft,F] Start Locatinn[in,%] End Location[in,%] M20 J4_ •14 -Mi. J4-J4_ M21 J4- M6 •14 J4- _M22--14 J4_ -MZ. -14 J4- M23 J4-J4- -14 -14 M9 J4_ Jfl-J4_ J4- Jl. M25 J4_ J4- -12-M26 J4_ J4_ J3-.M10 J4- J4-Mtl J4--14 J5-M27 J4--14 _16_ Mza -14 JZ. M29 J4-J4_ JB-M30 J4- J3-M12 J4-J4- -2fl-M13 -14 -14 -21. M14 J4--14 -22. -M15_ -14 -14 -23-M31 J4_ -14 Mie -14 -25-M17 J4_ J4- -26-M32 -14 J4_ -2Z_ M33 J4- M18 J4-J4- _29_ M19 J4--14 -3fl-M35 -10 Jfl- -21. M36 JQ_ Jfl- -32-M37 Jfl--10 M38 Jfl--10 .M-M39 Jfl--10 -35-M40 -10 -10 -36-M41 Jfl--10 -32-M42 Jfl-JQ- -38-M43 -10 -10 J59-M44 JQ-Jfl- Jfl-M4S JO-Jfl- Jl. M46 Jfl-Jfl- M47 -10 RiSA-3D Version 12.0.2 [\\MBi-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140C61\140061-132r1\140061-132r1 - Model_3.r3d] Page 8 92 of 141 ll Company Inic A Designer HNOLOGiEs Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 4 : Wind Load C) (Continuod) 43 M48 2 -10 -10 0 0 44 M49 2 -10 -10 0 0 45 MSO Z -10 -10 0 0 46 M51 Z -10 -10 0 0 47 MS2 Z -10 -10 0 0 48 MS3 2 -10 -10 0 0 49 M54 2 -10 -10 0 0 SO MSS': Z -10 -10 0 0 51 MS6 Z -10 -10 0 0 52 HS7 2 -10 -10 0 0 53 MSB z -10 -10 0 0 54 • • MSS • ' '7. .10 -10 0 0 55 M6fl Z -10 -10 0 0 56 2 -10 -10 0 0 57 M62 Z -10 -10 0 0 58 Z -14 -14 0 0 59 M65 Z -14 -14 0 0 60 Z -14 -14 0 0 61 M67 Z -14 -14 0 0 62 • "•fim.'"' 2 -14 -14 0 0 63 M69 Z -14 -14 0 0 64 . M7a ^'•.••'••• Z -14 -14 0 0 65 M71 Z -14 -14 0 0 66 M72^: Z -14 -14 0 0 67 M73 Z -14 -14 0 0 68 M74 Z -14 -14 0 0 69 M75 Z -14 -14 0 0 70 HITS-" 2 -14 -14 0 0 71 M77 Z -14 -14 0 0 72 Z -14 -14 0 0 73 M7g Z -14 -14 0 0 74 • '"Mafl--:--i-2 -14 -14 0 0 75 Mai Z -14 -14 0 0 76 -•••'•MBS ' • Z -14 -14 0 0 77 Maa z -14 -14 0 0 78 'SMa4!..^' z -14 -14 0 0 79 Mas z -14 -14 0 0 ao <um.: z -14 -14 0 0 81 Ma? z -14 -14 0 0 82 MBS' •• z -14 -14 0 0 83 M8g z -14 -14 0 0 84 M90 z -14 -14 0 0 85 Mgi z -14 -14 0 0 86 M92 z -14 -14 0 0 87 M94 z -10 -10 0 0 88 •' nas z -10 -10 0 0 89 M96 z -10 -10 0 0 90 MB7^ •• z -10 -10 0 0 91 M9a z -10 -10 0 0 92 ••• - Mas' z -10 -10 0 0 93 MIOO 2 -10 -10 0 0 94 M101 z -10 -10 0 0 95 M102 7 -10 -10 0 0 96 M103 z -10 -10 0 0 97 M1fl4 z -10 -10 0 0 98 'MIOS 2 -10 -10 0 0 99 MlflS z -10 -10 0 0 100 MW 2 -10 -10 0 0 101 Mioa z -10 -10 0 0 102 Ml09 2 -10 -10 0 0 103 M110 Z -10 -10 0 0 104 M111 Z -10 -10 0 0 105 M112 Z -10 -10 0 0 106 • ttiia ' 2 -10 -10 0 0 107 M114 2 -10 -10 0 0 108 <M11S • 2 -10 -10 0 0 109 Mile Z -10 -10 0 0 110 • Mt17 2 :-.io--^ -10 0 0 111 Miia Z -10 -10 0 0 112 M1« • Z -10 -10 0 0 113 Ml 20 Z -10 -10 0 0 114 M121 Z -10 0 0 Momhor Distrihutod Loads (BLC 5Soismie) 1 MS z -8.3 -8.3 0 0 2 M6 z -8.3 '••••-8.3 0 0 3 M7 z -8.3 -8.3 0 0 4 MS z -8.3 -8.3 0 0 5 Mg z •8.3 -8.3 0 0 6 MIO z -8.3 -8.3 0 0 7 Mil z -8.3 -6.3 0 0 a M12 z -8.3 -8.3 0 0 9 M13 z -8.3 -8.3 0 0 10 .:Mi4-: : z -;=•••'•'••''-11-8.3 -8.3 0 0 RISA-3D Version 12.0.2 [\\MBl-FlLE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140Q61-132r1 - ModeL3.r3d] Page 9 93 of 141 ll il T E C H N IRISA L 0 G I E S Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 5Soismie) (Continuod) Member Label Direction Start Magnitjde[lb/fl,F] Fnd MagnitudR[lh/ft,F] •Start Location[in,%] End Location[in,%] MIS -8.3 -8.3 J2_ M16 -8.3 -8.3 Ji. M17 -8.3 -8.3 Jii-M18 -8.3 -8.3 J5-M19 -8.3 J6_ M20 -8,3 -8.3 JZ. M21 -8.3 -8.3 JB-Jfi2.; -8.3 •8-3 ja. M23 -8.3 -8.3 JSL M24 -8.3 -8-3 -21. M25 -8.3 -8.3 -22-M26 -8.3 -8.3 -23-M27 -8.3 -8.3 _24_ M28 -8.3 -8.3 -25-M29 •8.3 -8.3 26 M5Q -8.3 -8.3 -2Z. M31 •8.3 -28-M32 -8.3 •83 -23-M33 -8.3 -8.3 -SL M64 -8.3 -8-3 Mes -8.3 j2. ms •8.3 •8.3 -33. M67 -8.3 zBJ-H88 •8.3 -8.3 -35-M69 •83 -8.3 M7fl -8.3 -8.3 M71 -8.3 -8.3 M72 -8.3 -8.3 -39-M73 -8-3 -8.3 -40--8.3 -8-3 41 M75 -8.3 -8.3 J2_ M76 -8.3 -8-3 _43_ M77 -8.3 -8.3 M78 -83 -83 J5_ M79 -8.3 -8.3 -46-MM •8.3 •8-3 47 MSI •8.3 -8.3 -4a_ M82 •8.3 -8-3 -43-M83 -8.3 .iBJ- Ma4 •8.3 -8.3 -51. MSS •8.3 -8.3 J2-UB6 -8.3 •8.3 _5a_ juaz. :A3--8.3 -54-MBB -8.3 •8.3 _5JL M89 -8.3 .rSJL -56-M90 -8-3 -83 JZ_ M91 -8.3 .•M92 !• •83 •8.3 -53-M35 -7 JSL. Mae -7 -rZ. -61. M37 -S2. Maa -7 M3g -64-M40 -7 -65-M41 -7 .JBS-M42 -BZ. M43 -68-M44 -63-M45 M4e -7 M47 .12-M4a J23_ M49 -2i_ M50 -7 JZ5-M51 _2S-MS2 77 M53 MS4 -rZ. -23-M55 JMSfi--7 -7 M57 .32-M58 -SSL M59 -84-M6Q -85- -J6- M61 M62 -7 -BZ. M94 -68--7 -83-M96 M97 -31. M9a Maa -JL -33-M100 -7 -94-M101 -95-M102 RISA-3D Version 12.0,2 [ttMBI-FILElMBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - IVIodeL3.r3d] Page 10 94 of 141 • _ Company IllRiSA ~'"^ber TECHNOLOGIES MoOel Name : MBI Novis, 2014 : RJD : 140061.132r1 Checked By: LJC Carisbad Welcome Sign Member Label Direction Start MannNudeflb/ft.Fl End Maonitudefib/ft.Fl Start LQcatinnnn.%1 Fnd Lor.ationrin.%1 96 M103 2 • .7 • .7 0 1 0 97 M104 2 -7 -7 0 1 0 98 MIOS Z -7 -7 0 1 0 99 M106 7 -7 -7 0 1 0 100 M107 Z -7 •7 0 1 0 101 Mioa -7 •7 . 0 1 0 102 M109 Z -7 •7 0 0 103 M110 Z -7 •7 0 0 104 Mill; Z .7 -7 0 0 105 M112 Z -7 -7 0 0 106 M113 7 -7 -7 0 0 107 M114 7 -7 -7 0 0 108 ' : Mils 7 -7 -7 0 0 109 M116 Z -7 -7 0 0 110 M117i z -7 -7 0 0 111 M118 z -7 -7 0 0 112 Mi-iff z -7 -7 0 0 113 M12Q z -7 -7 0 0 114 ;• :iMl2r ' i z •1-7 -7 0 0 115 Ml 23 z -5 4 -5 4 0 0 116 :• ;MI24I 2 -54 -5.4 0 0 117 Ml 25 z -5.4 -5.4 0 0 118 . 'iMISft z -5.4 -5.4 0 0 119 Ml 27 z -5.4 -5.4 0 0 170 . -Miia-^ 7 -54 -5.4 0 0 121 Ml 29 z -54 -5.4 0 fl 122 • aMiJB 2 -54 -5:4 0 0 123 M131 Z -5.4 -5.4 0 0 124 '• Ml32 • 7 -S.4 .5.4 0 0 125 M133 7 -54 -5.4 0 0 126 1 :•: "M134 i z -S.4 .5.4 0 0 127 Ml 35 7 -54 -5.4 0 0 128 i; 1.M13S"' Z -5.4 -5.4 0 0 129 Ml 37 Z -54 -5.4 0 0 ISO • ••••'• V •.Miaai-"^^ 7 -5.4 -5.4 0 0 131 M139 7 -54 -5.4 0 0 132 M140 2 -54 -5.4 0 0 133 M141 7 -5 4 -5.4 0 n 134 H1424 2 -54 -5.4 0 0 135 M143 2 -54 -5.4 0 0 136 M144 Z -5.4 .5.4 0 0 137 M145 Z -5.4 -5.4 0 0 138 Mi4e Z -S.4 -5.4 0 0 139 M147 Z -5.4 -5.4 0 0 140 M148 Z -5.4 -5.4 0 0 141 M149 Z -5.4 -5.4 0 fl 142 H154 Z -5.4 -5.4 0 0 143 MISS 7 -54 -5.4 0 0 144 Wise 7 -5.4 -S.4 0 0 145 Ml 57 Z -54 -5.4 0 0 146 • IU1S» 2 -5.4 .54 0 0 147 M159 2 -5.4 -5.4 0 0 148 M180 7 -5.4 -5.4 fl 0 149 M161 Z -5.4 -5.4 0 0 ISO M162 7 -5 4 -5.4 0 0 151 M163 Z -5.4 -5.4 0 0 152 • ;i:i Mie4 . 2 -S.4 -S.4 0 0 153 Ml 65 2 -5.4 -5.4 0 0 154 i'iMiee • z -54 -5.4 0 0 155 M167 z -5.4 -5.4 0 0 1S6 ••-•••M168^-2 -S.4 -5.4 0 0 157 M169 2 -5.4 -5.4 0 0 158 M170 2 -5.4 -5.4 0 0 159 M171 7 -5 4 -5.4 0 0 160 M173 2 •• -S.4 -5.4 0 0 161 M173 Z -5.4 -5.4 0 0 162 Ml7*i z -5.4 .-5.4 0 0 163 M175 2 -5.4 -5.4 0 0 164 M176: • 7 • -54 .5.4 0 0 165 M177 2 -5.4 -5.4 0 0 166 • . M178 z • • • • • • -5.4 -5.4 0 0 167 M179 z -5.4 -54 0 0 168 Miao z .5.4 -5.4 0 0 169 Miai z -5 4 -5.4 0 0 170 • •: •:.' M182' 1 • 2 •••-•' ^:4 • • • ••••-5.4 0 0 171 M1S3 Z -5.4 -5.4 0 0 172 M184 Z -5.4 -5 4 0 0 173 Ml 85 Z -5.4 -5.4 0 0 174 MISR Z -5.4 -5.4 0 0 Member 1 ahel Direction Start Maanituderib/ft Fl End Mannitudfiflh/ft Fl .Start 1 ncatinnnn %1 Fnri 1 nratinnlin %1 1 M20 Z -14 -14 0 0 2 MS 7 -14 -14 0 fl 3 M21 Z -14 -14 0 0 RISA-3D Version 12.0.2 [\\MBl-FlLE\MBl-Operations\Engineering\Signs\Projects\2014M40061\140061-132r1\140061-132r1 - Model_3.r3d] Page 11 95 of 141 IRISA Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 6 ; Truck Indueod Wind Load) (Continuod) 4 Me Z -14 -14 0 0 S M22 z -14 -14 0 0 6 M7 z -14 -14 0 0 7 M23 z -14 -14 0 0 a Ma z -14 -14 0 0 9 M9 z -14 -14 0 0 10 M24 z -14 -14 0 0 11 M2S z -14 -14 0 0 12 M26 z -14 -14 0 0 13 MIO z -14 -14 0 0 14 M11 z -14 -14 0 0 15 M27 7 -14 -14 0 0 16 M28 7 -14 -14 0 0 17 M2g z -14 -14 0 0 18 M30 z -14 -14 0 0 19 M12 z -14 -14 0 0 20 Mia z -14 -14 0 0 21 M14 z -14 -14 0 0 22 MIS' z -14 -14 0 0 23 M31 z -14 -14 0 0 24 • ' Mie z -14 -14 0 0 25 M17 z -14 -14 0 0 26 1 1 U32 •'•' • 7 -14 -14 0 0 27 M33 z -14 -14 0 0 28 •••Miai-7 -14 -14 0 0 29 M19 z -14 -14 0 0 30 •••••••--M64-!• z -14 -14 0 0 31 M65 z -14 -14 0 0 32 •• - tjm^ • z -14 -14 0 0 33 M67 z -14 -14 0 0 34 ,'M68 1 z -14 -14 0 0 35 Meg z -14 -14 0 0 36 M70 z -14 -14 0 0 37 M71 z -14 -14 0 0 38 M72 z -14 -14 0 0 39 M73 z -14 -14 0 0 40 M74 z -14 -14 0 0 41 M75 z -14 -14 0 0 42 M76 z -14 -14 0 0 43 M77 z -14 -14 0 0 44 M78 z -14 -14 0 0 45 M7g z -14 -14 0 0 46 M80 z -14 -14 0 0 47 M81 z -14 -14 0 0 48 M82 z -14 -14 0 0 49 Mas z -14 -14 0 0 50 MB4 z -14 -14 0 0 51 M85 z -14 -14 0 0 52 Mse z -14 -14 0 0 53 M87 z -14 -14 0 0 54 Mas 7 -14 -14 0 0 55 M89 z -14 -14 0 0 56 M90 ; z -14 -14 0 0 57 M91 z -14 -14 0 0 58 M92 7 -14 -14 0 0 59 MS z -4-7 -4.7 0 0 60 Me z -4.7 -4.7 0 0 61 M7 z -4.7 -4.7 0 0 62 Ha z -4-7 -4.7 0 0 63 Mg z -4-7 -4.7 0 0 64 MIO z -4.7 -4.7 0 0 65 Mil z -4.7 .4.7 0 0 66 M12 z -4:7 -4.7 0 0 67 M13 z -47 -4.7 0 0 68 M14 z -4.7 -4.7 0 0 69 MIS z -4.7 -4.7 0 0 70 M16 2 -4.7 .4.7 0 0 71 M17 z -4.7 -4.7 0 0 72 M18 z -4.7 -4.7 0 0 73 Mig z -4.7 .4.7 0 0 74 M20 z .4.7 .4.7 0 0 75 M21 z .4.7 -4.7 0 0 76 M22 z -4.7 -4.7 0 0 77 M23 z -4.7 -47 0 0 78 M24 z -4.7 .4.7 0 0 79 M25 z -4.7 -4.7 0 0 80 M3e z -4.7 -4.7 0 0 81 M27 z -4.7 -4.7 0 0 82 M2a 2 -4.7 -4.7 0 0 83 M2g z -t.7 -4.7 0 0 84 M30 z -4.7 .4:7 0 0 85 M31 z -4.7 -4.7 0 0 86 M32 z -4.7 -4.7 0 0 87 M33 z -4.7 -4.7 0 0 88 M64 2 -4.7 .4.7 0 0 R1SA-3D Version 12.0.2 [\\MBl-FlLE\MBl-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - ModeL3.r3d] Page 12 96 of 141 IllRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 6 Truck Indueod Wind Load) (Continuod) -83- Member Label JMfi5_ Direction •start Magnitude[lb/ft,F] -4.7 End Magnitude[lb/ft,F] .4.7 Start Location[in,%] End LQcaliQn[in,%] -SO-M66 -4.7 -4.7 -SL M67 •4.7 -4.7 -32-M68 •4.7 •4.7 -33-M69 -4.7 -4.7 -94-M70 •4.7 •4.7 _95_ M71 -4.7 -4.7 -36-M72 -4.7 -4.7 -92-M73 M74 -4.7 .4.7 -fl3_ M75 •4.7 •4.7 100 M76 •4-7 -47 101 M77 -4.7 .4.7 102 M78 ^.7 •4.7 103 M79 JZ--4.7 104 M80 .4.7 .4.7 105 M81 -4.7 106 Maa -4.7 -4,7 JflZ. 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M14 -16-035 -14.742 27.676 41,513 -22-M14 -14.742 -10.862 41.513 55.351 -23-M14 •10.862 55.351 69.189 -24-MiS -6.852 •6,052 11.828 -25-M24 -12595 -16.246 21-007 30-81 -26-M24 -16246 -23 547 30.81 40.613 -22-M24 -23.547 -19,896 40.613 50.417 _2L Mg4 -19.896 -14.42 50.417 60.22 -23-M24 •14.42 •21.722 60.22 70.023 -30-M25 -10733 -15.844 14.005 JIL M25 -15 844 -19677 14.005 28.009 J2-M25 -19:677 -19.677 28.009 42-014 JSL. -19.677 -15,844 42.014 56.018 MTS •15:844 .10-733 56-018 70-023 -35-M26 -3,557 -18-8 14-087 AZ- M26 M26 •18.8 -23.881 -23.881 -18.8 14.087 28.174 28.174 42.261 -38-M26 •18 8 -13.719 42-261 56.348 A3-M26 -13.719 -8.638 56.348 70.435 -40-M27 -8.638 -13.719 14.087 -41. M27 •13.719 -18.8 14.087 28.174 J2-M27 •18.8 -23.881 28.174 42.261 J3-M27 -23,881 -18.8 42.261 56.348 -44-M27 •18.8 -3.557 56.348 70.435 .J45_ IVI28 -10.733 -15.844 14.QQS M28 .15-844 •19.677 14-005 28.009 JZ. M28 -19,677 -19.677 28-009 42.014 .JB-M2a -19.677 -15.844 42014 56-018 -49-M28 •15,844 -10 733 56.018 70.023 Afl-M29 •21.722 -1442 9.803 _51_ M29 -14.42 -19 age g.803 19.606 M2a .19-896 -23-547 19.606 29.41 A3-M29 -23.547 -16246 29.41 39-213 -54-M29 -16.246 -12-595 39.213 49.016 -55-M43 :.226--3.84 16.974 26.875 -SSL M43 -3.84 -11.069 26.875 36.777 _5Z. M43 -11,069 -12,877 36.777 46.678 -SB-M43 -12.877 .9.262 46.678 56.579 -53-M44 -.949 -12018 11.316 M44 -12.018 -23.088 11316 -22632- -61. 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M48 M4S -10.39 -21-411 -21.411 -22-985 11.366 22.733 22.733 34.099 J2-M48 •22.98S •13.539 34.099 45.466 -33-M48 -13-539 -.945 45-466 56.832 -84-M49 -.945 -13.539 11.366 -65-M49 -13.539 -21.411 11-366 22.733 R1SA-3D Version 12.0.2 [\\MBl-FlLE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1M40061-132r1 - ModeL3.r3d] Page 14 98 of 141 MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distrihutod Loads (BI C7: BLC 1 Transiont Aroa Loads) (Continuod) 86 M49 Y -21411 -21.411 22.733 34.099 87 M4g Y -21.411 -11.965 34.ogg 45.466 88 M4g Y -11.665 -.945 45.466 56.832 89 MSO Y -7.116 -13.441 0 11.316 90 MSO Y -13.441 -21.348 11.316 22.632 91 MSO Y -21 348 -22.93 22.632 33.948 92 MSO Y -22.93 -15.023 33.948 45.264 93 MSO Y -15023 -5.535 45.264 56.579 94 MSl; Y -.791 -10.279 0 11.316 95 MSI Y -10.279 -19.767 11.316 22.632 96 M51 Y -19.767 -21.348 22 632 33.948 97 M51 Y -21 348 -15.023 33.048 45.264 98 MSI Y -15.023 -5.535 45.284 56.579 99 M52 Y -.791 -10.279 0 11.316 100 MS2 Y -10.279 -21.348 11.316 22.632 101 M52 Y -21 348 -21.348 22.632 33.948 102 M52 Y -21.348 -11.86 33.948 45.263 103 MS2 Y -11.86 -2.372 45.263 56.579 104 ' M53 ' '• • Y -1.107 -13.758 0 11.316 105 M53 Y -13 758 -23246 11.316 22.632 106 M53 Y -23.246 -21.664 22.632 33.948 107 M53 Y -21 664 -12.176 33.948 45.264 108 M53 1 " Y -12.176 -2.688 45.264 56.579 109 M54 Y -9.262 -12.877 0 9.901 110 MS4 Y -17 877 -11.069 9 901 19 803 111 M54 Y -11.069 -3.84 19.803 29.704 112 M54 Y -3.84 -.226 29.704 39.606 113 Mea Y -6.074 -6.074 57.404 69.189 114 •- M^^- : • Y -5.69 -10.862 0 13.838 115 M69 Y -10.862 -14.742 13.838 27.676 lie •"MS9' Y -14.742 -16.035 27.676 41.513 117 Meg Y -16.035 -13 449 41.513 55.351 118 iMea Y -13.449 -8.276 55.351 69.189 119 M7fl Y -15 653 -15.653 1.631 67 935 120 M7l Y -10.833 -10.833 1988 8.595 121 M71 Y -10.833 -13.542 8.595 15.202 122 M71 Y -13542 -16.25 15.202 21.809 123 M71 Y -16 75 -18.958 21.809 28.416 124 M71 Y -18958 -21.667 28.416 35.023 125 M71 Y -21.667 -18.958 35.023 41.631 126 M71 Y -18 958 -16.25 41.631 48.238 127 M71 Y -16.25 -13.542 48.238 54.845 128 M71 Y -13.542 -10.833 54.845 61.452 129 M71 Y -10.833 -10.833 61.452 68.059 130 M72 Y -15653 -15.653 1.297 67.601 131 M73 Y -8.276 -13 449 0 13838 132 M73 Y -13.449 -16.035 13.838 27.676 133 M73 Y -16035 -14.742 27.676 41.513 134 M73 Y -14.742 •10.862 41.513 55.351 135 M73 Y -10.862 -569 55.351 69.189 136 M74 Y -e.flS? •6.052 0 11.828 137 M83 Y -12.595 -16.246 21.007 30.81 138 Maa Y -16 246 -23.547 30.81 40.613 139 M83 Y -23.547 -19.896 40.613 50.417 140 Maa Y -19896 -14.42 50.417 60.22 141 M83 Y -14.42 -71 727 60.22 70.023 142 Ma4 Y -10.733 -15.844 0 14.005 143 Ma4 Y -15 844 -19.677 14.005 28.009 144 Ma4 Y -19.677 -19.677 28.009 42.014 145 Ma4 Y -19.677 -15.844 42.014 56.018 146 Ma4 Y -15.844 -10.733 56.018 70.023 147 M85 Y -3557 -18.8 0 14.087 148 Mas Y -188 -23.881 14.087 26.174 149 Mas Y -23.881 -18.8 28.174 47.761 150 Mas Y -18.8 -13.719 42.261 56.348 151 M35 Y -13.719 -8.638 56.348 70.435 152 Mae Y -8.638 -13.719 0 14.087 153 MS6 Y -13719 -18.8 14.087 28.174 154 Mae Y -188 -23.881 28.174 42.261 155 M36 Y -23.881 -18.8 42.261 56.348 156 M86 Y -188 -3.SS7 56.348 70.435 157 M87 Y -10733 -15.844 0 14.005 158 M87 Y -15.844 -19.677 14.00S 28.009 159 Ma7 Y -19.677 -19.677 28.009 42014 160 MS? Y -19.677 -15.844 42.014 56.018 161 M87 Y -15.844 -10733 56.018 70.023 162 Maa Y -21.722 -1442 0 9.803 163 MSS Y -14-42 -19.896 9.803 19.606 164 Mas Y -19-896 -23.547 19.606 29.41 165 M88 Y -23.547 -16.246 29.41 39.213 166 Maa Y •16.246 -12.595 39.213 49016 167 Ml 02 Y -.226 -3.84 16.974 26.875 168 M102 Y -3.84 -11.069 26.875 36.777 169 M102 Y -11.069 -12.877 36.777 46.678 170 M102 Y -12.877 -9.262 46.678 56.579 RISA-3D Version 12.0.2 [\\MBl-FlLE\MBl-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140Q61-132r1 - IUIodel_3.r3d] Page 15 99 of 141 ll IR.iSA TECHNOLO Company Designer Job Number , E , Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 7: BLC 1 Transiont Aroa Loads) (Continuod) Member Label Direction Start Magnitude[lb/fl,F] End Magnitude[lb/ft,F] Slart Location[in,%] End Locatlon[in,%] 171 M103 -.949 -12-018 11-316 JZ2-M103 -12.018 •23.088 11.316 -22632-JISL. M103 •23.088 -23.088 -22632-33.948 174 M103 -23.088 •13.6 33 948 45.264 JZ5_ M103 -13.6 -.949 45.264 56.579 176 M1Q4 -2372 -11.86 11-316 177 Ml 04 -11.86 -21.348 11.316 _22632-178 M104 -21348 -21.348 _22JSa2_ 33.948 179 M104 -21.348 -10.279 33.948 45.264 180 M104 -10,279 -.791 45.264 56.579 181 MIPS •5535 -15-023 11 316 182 MIPS -15-023 -21348 11316 -22632-183 M105 -21 348 -19767 -22632-33.948 184 M105 -19.767 -10.279 33-948 45 264 185 M105 -10279 -.791 45.264 56.579 186 .5.535 -15.023 11,316 187 M106 -15023 -22.93 11-316 _22fi32- 188 M106 .^22.93--21.348 -22632-33 948 189 M106 -21.348 -13.441 33.948 45264 190 Miae -13.441 -7.116 45.264 56.579 -13L M107 -.945 -10.39 11.366 192 Miay -10.38 -21.411 11.366 22-733 193 Ml 07 -21.411 -22.985 22.733 34.09g 194 Mia? :r229fl5_ -13.539 34.099 45.466 M1fl7 -13.539 -.945 45 466 56-832 JS6-M108 -.945 -13.539 11.366 197 Mioa -13539 -21411 11-366 22.733 JM-M108 -21.411 -21.411 22.733 34 099 igg M108 -21.411 -11.965 34.099 45.466 200 M108 -11965 -.945 48.466 -5fiJ32- _20L M109 -7.116 -13,441 11.316 ,502-M109 -13.441 -21.348 11-316 22.632 .203-Ml 09 -21.348 -22.93 -22632-33.948 .204-M109 -72 93 -15.023 33 948 45.264 205 Ml 09 -15,023 -5.535 45.264 56.579 -206-Ml 10 •791 •10.279 11316 207 M110 •10.279 •19.767 11.316 22,632 -2QB_ M110 •19.767 •21.348 -22632-33.948 209. M110 -21.348 -15,023 33.948 45,264 -210. M110 -15.023 -5.535 4S.264 56.579 211 Mill -.791 -10.279 11.316 Mill -10.279 -21.348 11-316 _22fi32_ _213L Mill -21.348 -21.348 -22632-33.948 214 Mill •21.348 -11.86 33.948 45 763 215 Mill -11.86 -2.372 45.263 56.579 Ml 12 •1-107 •13758 11.316 217 M112 -13.758 -23,246 11.316 -22632-218 M112 •23.246 •21.664 -22632-33.946 219. M112 •21.664 •12176 33.948 45.264 ,220^ M112 -12176 -2.688 45.264 56.579 M113 -9.262 -12.877 9,901. M113 -12.877 -11.069 9.901 19.803 -223. M113 -11.069 -3,84 19-803 29.704 -224-M113 -3.84 -.226 29.704 39.606 Mombor Distrihutod Loads (BLC 8 ; BLC 2 Transiont Aroa Loads) Member Label Direction Start Magnitude[lb/ft.F] End Magnitiide[lh/ft,F] Start Location[in,%] End Location[in,%] -Ma--23,324 -23.324 57.404 69.189 MIO -21849 -41.712 13-838 MIO -41.712 -56.609 13.838 27.676 MIO •56.609 -61.575 27-676 41-513 MIO -61-575 -51.643 41.513 55.351 MIO .51.643 -31.781 55.351 69.189 M11 -60 108 -60.108 1.631 67.935 M12 -41.6 -41.6 8.595 M12 -41.6 J2-8.595 15.202 -Jfl-M12j -52 -62.4 15.202 21.809 M12 -624 -72.8 21.809 28.416 J2-M12 -72,8 -83-2 38.416 35.023 -13-M12 -83.2 -72.8 35.023 41.631 -14-M12 -72.8 •62.4 41.631 48.238 J5-M12 -62.4 48,238 54.845 J6-M12 -52 -41.6 54.845 61.452 J2_ M12 -41.6 -41.6 61.452 68.059 J8-Mia •60.108 •60.108 1.297 67601 19 M14 -31.781 -51.643 13.838 -20-M14 -51643 -61.575 13838 27.676 -21. M14 -61.575 -56.609 27.676 41.513 -22-M14 -56.609 -41.712 41.513 55.351 -23-M14 -41712 -21,849 55.351 69.189 24 M15 -23.238 •23,238 11.828 -25-M24 •48365 -62.383 21.007 30,81 -26-M24 -62.383 -90.421 30.81 40.613 -22-M24 -90421 -76402 40.613 50,417 -28-M24 -76.402 -55.374 50.417 60.22 R1SA-3D Version 12.0.2 [\\MBl-FlLE\MBl-Operations\Engineering\Signs\Projects\2014\140C61\14aQ61-132r1\140061-132r1 - Model_3.r3dl Page 16 100 of 141 Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distributod Loads (BLC 8 BLC 2 Transiont Aroa Loads) (Continuod) Member Label Direction Start Magnitude[lb/ft,F] End Magnitude[lb/fl,F] Start Location[in,%] End Location[in,%] -23-M24 -55.374 -83.411 60.22 70.023 AO-M2S -41.215 -60.841 14.005 AL M25 -60.841 -75.561 14.005 28.009 A2L M2S -75.561 •75.561 28.009 42.014 _33_ M25 -75.561 -60.841 42.014 56.018 -34-M25 -60.841 •41.215 56.018 70023 -35-M26 -13.658 -72.192 14.087 A6-M2e •7719? •91.703 14.087 78.174 -3Z_ M26 -91.203 -72.192 28.174 42.261 AS-M26 -72.192 •52.681 42.261 56.348 -33--M26-•52.681 •33.169 56.348 70.435 .Jfl-M27 -33.169 -52.681 14.087 Jl. M27 -52.681 -72.192 14.087 28.174 J2-M27 -72.192 -91.703 28.174 42.261 M27 -91.703 -72.192 42.261 56.348 -44-M27 -72192 -13658 56.348 70.435 .45-M2a -41.215 -60.841 14.005 -46-M2a -60.841 -75.561 14.Q05 28.009 47 M28 -75.561 -75.561 28.009 42,014 -48-M28 -75.561 -60 841 42:014 56,018 J3_ M28 -60.841 -41.215 56.018 70.023 M29 -83.411 -55.374 9.803 -51. M29 -55.374 -76.402 g.803 19.606 -52-M29 -76.402 -90.421 19.606 29.41 -53-M29 -90.421 -62.383 29.41 39 213 -54-M29 -62.383 ^8.365 39.213 49.016 AS-M43 -.867 -14.747 16.974 26,875 -66-M43 -14.747 ^2.507 26.875 36.777 -5Z. M43 -42.507 -49.447 36.777 46.678 -SA. M43 -49.447 -35 567 46.678 56.579 -53-M44 -3.643 -46.15 11.316 -60--46.15 -88.657 11.316 J22.fi32- -51. M44 -88657 -88.657 -22632. 33.948 -62-M44 -88.657 •57 ??? 33.948 45.264 -63-M44 A2.222-•3,643 45,264 56.579 -64-M4S -9.109 •45.543 11-316 -6A M45 -45,543 -81,977 11.316 -22632. -66-M4S -81-977 -81-977 -22632-33.948 -62-M45 -81 977 -3947 33-g48 45-264 -fiB-iM45 -39.47 -3.036 45.264 56.579 -63-M46 -21-253 -57-688 11,316 -20-M46 -57-688 -81-977 11-316 _22.632_ -ZL M4e -81,977 -75,905 -22.632. 33.948 -22-M46 -75.905 -39.47 33 948 45.264 -23-M46 -39.47 -3.036 45.264 56.579 JZ4-M47 -21.253 -57 688 11,316 _ZS-M47 -57,688 -88,049 11.316 _22i!32- -26-M47 -88.049 -81.977 -22632-33948 -22-M47 -81,977 -51.615 33.948 45.264 M4T •27.326 45.264 56.579 _Z3_ M48 -3.627 -39.89g 11.366 AO-M4a -39.899 -82.217 11.386 22.733 -61. M48 -82.217 -88,262 22.733 34.099 A2-M4a -88.262 -51.99 34.099 45.466 -83-M4a -51.99 -3.627 45.466 56.832 -B4-M49 -3.627 -51.99 11.366 -8A M4g -51.gg -82.217 11.366 22.733 _B6-M4a -82.217 -82,217 22.733 34,099 AZ. M49 -82.217 -45.945 34.099 45.466 M49 -45.945 -3 627 45.466 56.832 A3-M5Q -27.326 -51,615 11.316 -80-M50 -51.615 -81.977 11.316 _22.632_ -31. M50 -81.977 •88.049 -22632-33.948 _il2-M50 •88.049 •57.688 33.948 45 264 -33-M50 •57.688 -21.253 45.264 56.579 -94-M51 -3.036 •39.47 11.316 -95-M51 -39.47 -75.905 11.316 -22632- -96-MSl -75.905 -81.977 _22.6a2_ 33.948 -32-MS1 -81.977 -57.688 33.848 45.264 M51 -57.688 •21.253 45.264 56.579 -33--MS2-•3.036 •39.47 11.316 100 M52 -39.47 .81,977 11.316 _22.632_ 101 M52 -81.977 -81.977 -22632-33.948 102 M52 -81.977 -45.543 33.948 45.263 103 M52 -45.543 -9.109 45.263 56.579 104 M53 .4.251 -52.83 11.316 105 MSO -52.83 -89.264 11.316 -22632-JflS-M53 -89.264 -83,191 -22632-33.948 107 M53 -S3 191 -46,757 33.948 45.264 JOA M53 -46.757 -10.323 45.264 56,579 109 M54 -35,567 -49 447 9.901 JlO-MS4 -49.447 -42,507 9.901 19.803 111 M54 -42.507 -14.747 19.803 29.704 112 M54 -14.747 -.867 29.704 39.606 RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2C14\140C61\140061-132r1\140Q61-132r1 - ModeL3.r3d] Page 17 101 Of 141 IllRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distrihutod Loads (BLC 9 : BLC 3 Transiont Aroa Loads) Member Label Direction Start Magnitude[lb/fl,F] End Magnitude[lb/ft,F] Start Localion[in,%] End Location[in,%] M12 -129.68 -100,539 35.023 41.631 M12 -100.539 -85.968 41.631 48.238 M12 -85.968 -71.397 48.238 54.845 M12 -71.397 -56.826 54.845 61.452 M12 -56.826 -56.826 61.452 68.059 Mia -84.214 -84214 1.297 67.601 M14 -44 526 -72.354 13.838 M14 -72 354 -86.269 13,838 27,676 M14 -86 269 -79,312 27.676 41.513 Jfl-M14 -79.312 -58.44 41.513 55.351 M14 -58.44 -30.611 55.351 69.189 J2-M1S -32.557 -32.557 11.828 J3_ M27 -46.472 -73.808 14087 JJ4-M27 -73.808 -101.144 14.087 28.174 J£-M27 -101,144 -128,48 28,174 42.261 -16-M27 -128.48 -101,144 42.261 56.348 -IZ-IVI27 -101.144 -19.135 56.348 70.435 JA M28 -57.744 -85.241 14005 J3-M28 -85241 -105.864 14.005 28.009 -20-M2a -105864 -105.864 28.009 42.014 -21. M28 -105,864 -85.241 42.014 56,018 -22-M28 •85.241 •57.744 56.018 70.023 -23--M29_ -116.863 -77.581 9.803 -24l 'iM29 •77.581 -107.042 9.803 19.606 -2A M29 -107.042 -176 683 19606 79,41 M29 -126.683 -87.402 29.41 39.213 -22-M2g -87.402 -67,761 39.213 49,016 -2A M49 -5.082 -72.84 11-366 -23-M49 -72.84 •115.189 11.366 22.733 AO-M49 •115.189 •115.189 22:733 34.099 -31. M49 -ns.isg •64.37 34.099 45.466 -321. M49 •64.37 •5.082 45.466 56.832 A3-M50 -38.284 -72.315 11.316 MSO •72.315 •114.853 11-316 -22632- _35-M50 •114853 -123.361 -22632-33.948 -123.361 •80.823 33.948 45.264 AZ. M50 •80,823 -29.777 45.264 56.579 MSI -4,254 -55.3 11-316 A9_ M51 -55-3 -106-346 11-316 -22632- .JQ-M51 -106.346 -114.853 -2i632_ 33.948 -41. M51 -114.853 -80.823 33.948 45,264 -42-MSl -80.823 -29.777 45.264 56.579 M52 -4.254 -55.3 11.316 -441 M52 -55.3 -114.853 11.316 -22632- _4S_ M52 -114.853 -114.853 -22632-33.948 -4211 M82 -114.853 -63.807 33.948 45263 -4Z_ M52 -63.807 -12.761 45.263 56.579 -4B-MS3 -5.955 -74.016 11-316 _43_ M53 -74.016 -125.062 11.316 -22632- -M-M53 -125.062 -116.555 -22632-33.948 _5L. M53 -116.555 -65 509 33.948 45.264 -S2-: M53 -65.509 -14.463 45.264 56.579 A3-M54 -49,831 -69277 1.901 -Ml: M54 -69.277 -59.554 9.901 19.803 A5_ M54 -59554 -20,661 19.803 29.704 A6-JHS4_ -20-661 -1-215 29-704 39.606 AZ. M9 -13.97 -13.97 57.404 69.189 -BB-MIO -13.087 -24.984 13.838 A3_ MIO -24.984 -33.906 13.838 27.676 -Bfll MIO -33.906 -36.881 27-676 41.513 -61. M10 -36.881 -30-932 41.513 55.351 -62-M10 -30-932 -19-035 55-351 69.189 A3_ M11 -36.002 -36,002 1.631 67.935 -64-M12 -24 294 -24294 8.595 -65-M12 -24.294 -30.523 8.595 15.202 .66. M12 -30.523 -36.752 15.202 21.809 _6Z. M12 -36.752 -42.981 21.809 28.416 -68-M12 -42.981 -55.44 28.416 35023 _69_ M24 -28.968 -37.365 21.007 30.81 M24 -37.365 -54.158 30.81 40.613 -21. M24 -54.158 -45.762 40.613 50.417 -Z2-M24 -45.762 -33.167 50.417 -60.22. JZ3-M24 -33.167 -49.96 60.22 70.023 J24-M25 -24.686 -36.441 14.005 -25-M25 -36.441 -45.258 14,005 28,009 JZ6-M25 -45.258 -45.258 28.009 42.014 _Z2-M25 -45.258 -36.441 42.014 56.018 JZB-M25 -36.441 -24.686 56.018 70.023 -23-M26 -8 181 -43.24 14.087 -SQ--43.24 -54.927 14.087 28.174 -81. M26 -54.927 -43,24 28.174 42.261 A2-M26 -43.24 -31.554 42.261 56.348 -83-M26 -31.554 -19-867 56-348 70.435 -64-M43 A2--8.833 16.974 26.875 -BA M43 -B.833 -25.46 26.875 36.777 R1SA-3D Version 12.0.2 [\\MBi-FlLE\MBl-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1M40061-132r1 - ModeL3.r3d] Page 18 102 of 141 TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distributod Loads (BLC 8 .- BLC 3 Transiont Aroa Loads) (Continuod) 86 M43 z -2S46 -29616 36.777 46.678 87 M43 2 -29.616 -21.303 46.678 56.579 88 M44 Z -2.182 -27.642 0 11.316 89 M44 7 -27 642 -53.107 11.316 22.632 90 M44 Z -53.102 -53.102 22.632 33.948 91 M44 7 -53.1fl2 -31.779 33.948 45.264 92 M44 2 -31.279 -2.182 4S.2S4 56.579 93 M4S 2 -54.56 -27.278 0 11.316 94 M45 . Z -27 278 -49.101 11.316 22.632 95 M45 Z -49.101 -49.101 22.632 33.948 96 M4S 2 -49101 -23.641 33.948 45.264 97 M45 Z -23 641 -1.819 45.264 56.579 98 M4e 7 -12.73 -34 55? 0 11.316 99 M46 Z -34 552 -49 1fl1 11.316 22.632 100 • 'M4e 1 • Z -49 101 .45.464 22.632 33.948 101 M46 Z -45.464 -23.641 33.948 45.264 102 ' •M4« : z -23.641 .1.819 45.264 56.579 103 M47 z -1273 -34.557 0 11.316 104 M47 7 -34.552 -52.738 11.316 22.632 105 M47 7 -52 738 -49.101 22.637 33.948 106 M47 2 -49101 -30.915 33.948 45.264 107 M47 Z -30 915 -16.367 45.264 56.579 108 M4a 2 -2.173 -23.898 0 11.366 109 M48 Z -23898 -49.245 11.366 22.733 110 M4a 7 -49 745 -52865 22.733 .34 099 111 M4a Z -52.865 -31.14 34.099 45.466 112 M4a Z -31.14 -2.173 45.466 56.832 Momhor Distrihutod Loads (BLC 10; BLC 4 Transiont Aroa Loads) Member I ahel Direction Start MagnHiiriR[lb/ft,F] End MagnitudR[lb/ft,F] Slart LocaliQn[in,%l End Locatinn[in,%] M14 -51.543 -70.993 6.919 19.373 JM14--70-993 -90-444 19.373 31-827 M14 -90 444 -100 169 31-877 44 781 M14 -100.169 -80.719 44.281 56.735 M14 -80 719 -41 aia 56.735 ag.isg MIS •40 959 -40,959 11.828 M28 -2162 -54 05? 42.014 49016 M28 •54.052 •105.94? 49.016 56.018 M28 •105.942 -88.646 56.018 63,021 JQ-M28 -88 646 -54.052 63071 70.023 M29 -147.022 -97.603 9.803 -12-M29 -97 603 -134.667 9.803 19.606 -lA. M29 -134.662 -159.377 19.606 29.41 M29 -159.377 -109.957 29.41 39.213 JA M29 -109 957 -85,248 39.213 49.016 JA. MS2 -108146 -108.146 22843 51.962 17 M53 -117 0.31 -117.031 3.494 51.1 JA MS4 -62.69 -87.155 9.901 J3-M54 -87.155 -74,923 i.901 19,803 -20-MS4 -74,923 -25 994 19.803 29.704 -21-M54 -25,994 -1.529 29.704 39.606 -22-Mia -37 674 -51.891 13-838 24,908 23 -24- M13 Mia -51,891 -80-324 -80374 •87.437 24.908 35.978 35.978 47.048 J25_ M13 -87.432 -58.999 47.048 58.119 _26 . M13 -58 99fl -30.566 58.119 eg.isg _2Z. M14 -30 379 -30,329 10.378 -2&-M14 •30 379 •30.329 10.378 20.757 -23-M27 -44.152 -30.329 49-305 70.435 -30-M2a t,249 -72.344 M28 -72 344 -93.414 11.204 11.204 22.407 -32-M2a -93,414 -86.391 22.407 33.611 A3-M28 -86.391 •65.32 33.611 44.815 A4-M2a •65.32 •51.273 44.815 56.018 A5-M50 A.974 -35.763 16.974 26.875 -36-M50 •35.763 •51.658 26.875 36.777 -32-MSQ -51.658 -35,763 36.777 46.678 -38-M50 -35 763 -3..974 46.678 56.579 -33-M51 -25.73 -67.454 11,316 MSI -67,454 -102 774 11-316 -22632-JL-M51 -102.224 -109-178 -22632-33,948 -42-MS1 -109-178 -74,408 33 948 45,264 43 M51 -74.408 -18,776 45.264 56.579 -44-M52 -63.069 -63,069 9.524 29.487 -45-M12 -70.793 -70.793 -25.023-31.449 -46-M12 -70.793 -70.793 31.449 37.875 -42_ M12 -70793 -61.943 37.875 44.301 -48-M12 -61 943 -53.094 44.301 50.726 49 M12 -53.094 -44.245 50.726 57.152 -50-M12 *.245 -35,396 57.15? 63.578 51 M12 -35.396 -35.396 63.578 70.003 -52-M13 J:9.246 -46.228 -3J225^ 53 M13 -46,228 -33,9 9.225 18.45 -54-M13 •33,9 •3.082 18,45 27.676 -55-M26 •46 048 •46.048 60.5.56 70.435 RISA-3D Version 12.0.2 [\\MBI-FILE\MBl-Operations\Engineering\Signs\Projects\2C14\140061\140061-132r1M40061-132r1 - Model_3.r3d] Page 19 103 of 141 Company IRISA if}}^^' s Model Name H N G L O MBI RJD 140061.132r1 Carisbad Welcome Sign Novis, 2C14 Checked By: LJC Momhor Distrihutod Loads (BLC 10; BLC 4 Transiont Aroa Loads) (Continuod) 56 M27 2 .4.036 -39.916 0 12.678 57 M27 Z -3ggi6 -66.825 12.678 25.357 58 M27 z -66.825 -75.795 25.357 38.035 59 M27 z -75 795 -53.371 38.035 50713 60 M27 z •53.371 -8.S21 50.713 63.392 61 M48 z •1,668 -21 678 22733 31.258 62 M4a -21.678 -48.358 31.268 39.783 63 M48 z .48.358 -35.018 39.783 48.307 64 M48 z -35.018 -1.668 48.307 56.832 65 M49 z -3.002 -33.017 0 11.366 66 M4g z -33 017 -58.03 11.366 22.733 67 M49 z -58.03 -63 032 22.733 34.ogg 68 •••'•M49 ' z -63 032 -43 022 34.099 45.466 69 M49 z -43 022 -3.002 45.466 56.832 70 MSO z -1.256 -32.662 0 9.053 71 MSQ z -32.662 -57.787 9.053 18.105 72 MSO 2 -57.787 .45.224 18.106 27.158 73 MSO z -45224 -13819 27.158 36.211 74 HSO z -13.819 -1.2S6 38.211 45.264 75 M9 z -13798 -13798 57.404 66.189 76 MIO z -12632 -24 383 0 13.838 77 MIO z -24.383 -36.134 13.838 27.676 78 MIO z -36.134 -36.134 27.676 41.513 79 MIO z -36.134 -27.32 41.513 55.351 80 Mia 2 -27.32 -21445 55.351 69189 81 Mil z -37.435 -37.435 3.176 63.987 82 M12 • z -25992 -25992 0 6.256 83 Ml 2 z -25.9g2 -32.49 6.256 12.512 84 1 •• • :M12'I z -32.49 -38.989 12.512 18.768 85 M12 z -38.9ag -38 989 18.768 25.023 86 ''•-••'i'M24 •• z -28612 -36 906 21:007 30.81 87 M24 z -36906 •53492 30.81 40.613 88 M24 z -53.492 -45199 40613 50417 89 M24 z -45.199 -32 759 50.417 60.22 90 : • M24 • z -32759 •49.346 60.22 70.023 91 M25 z -24.383 -35.993 0 14.005 92 ••• • ' : , M25 z -35.993 -44.701 14.005 28.009 93 M25 z -44.701 -44.701 28.flfl9 42014 94 M3S z -44701 -35 993 4?fl14 56.018 95 M25 z -35.993 -24.383 56.018 70.023 96 M36 z -21.162 -33.987 0 12.678 97 M26 z -33.987 -46.813 12.678 25.357 98 M26 z -46.813 -50.019 25.357 38.035 99 M26 z -50.019 -33.987 38.035 50.713 100 M26 z -33.987 -8.336 50.713 63.392 101 M43 z -.513 -8.724 16.974 26.875 102 iM43 z -8.724 -25.147 26.875 36.777 103 M43 z -25.147 -29252 36.777 46.678 104 • •'•'•'••'1 ••••M43" • z -29.252 -21.041 46.678 S6.S79 105 M44 z -2.155 -27.302 0 11.316 106 '••'••• ••M44^ z -27.302 -48.856 11.316 22.632 107 M44 z -48.856 -48.856 22.632 33.648 108 M*4 z -48.856 -30 895 33.948 45.264 109 M44 z -30.895 -2.155 45.264 56.576 110 ••M4s^-i-z -5 389 -26 943 0 11.316 111 M4S z -26.943 -44.905 11.316 22.632 112 M4S 2 -44.905 -52.09 22.632 33.948 113 M4S z -52.09 -30.535 33.948 45.264 114 • :M45 -30.535 -1.796 45.264 56.579 115 M46 z -1.437 -229gi 0 11.316 lie M46 z -22.991 -44 546 11.316 22632 117 M46 z -44 546 -48 138 22.632 33.948 118 ••M46 z -48.138 -26.584 33.948 45.264 119 M46 z -26.584 -1.437 45.264 56.579 120 M47 2 -15.807 -30.176 0 11.316 121 M47 z -30.176 -48.138 11.316 22.632 122 M47 z -48.138 -48.138 22.632 33.948 123 M47 z -48.138 -22.991 33.948 45.264 124 M47 ' • z -22.991 -1.437 45.264 56.579 125 M48 z -1.788 -24.141 0 9.093 126 M48 z -24.141 -46.493 9.093 18.186 127 M48 z -46 493 -46.493 18.186 27.279 128 M48 z -46.493 -24.141 27.279 36.373 129 M4a z -24.141 -1.788 36.373 45466 Momhor Distrihutod Loads (BLC 11: BLC 5 Transiont Aroa Loads) Member Label Direction _M3_ .Start Magnitjdepb/fl,F] -4.798 End Magnitjde[lb/ft,F] -4.798 •Start I ncatinn[in,%] 57.404 Fnd I ncatinn[in,%] 69.189 MIO •4.495 •8.581 13.838 MIO -8.581 -11.646 13.838 27.676 MIO -11.646 -12.668 27.676 41.513 MIO -12.668 -10,625 41.513 55.351 MIO -10.625 -6,538 55.351 69.189 Mil -12.366 -12,366 1,631 67.935 -B-M12 -assa -8-558 1-988 8-595 RISA-3D Version 12.0.2 [\\MBl-FILE\MBI-Operations\Engineering\Signs\Projects\2014\14G061\140061-132r1\140061-132r1 - Model_3.r3d] Page 20 104 of 141 llRISA TECHNOLO Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 11: BLC 5 Transiont Aroa Loads) (Continuod) 9 M12 z -8.558 -10.698 8.595 152fl2 10 M12 z -10.698 -12.837 15.202 21:809 11 Ml 2 z -12.837 -14.977 21.809 28.416 12 M12 z -14.977 -17.117 28.418 35.023 13 M12 z -17.117 -14.977 35.023 41.631 14 M12 z -14.977 -12.837 41.631 48.238 15 Ml 2 z -12.837 -10.698 48.238 54.845 16 M12 z -10.698 -assa 54.845 61.452 17 Ml? z -8.558 -8.558 61.452 68.059 18 Ml 3 z -12366 -12.366 1.297 67-601 19 M14 z -6.538 -10 625 0 13-838 20 M14 z -10.625 -12668 13.838 27.676 21 M14 z -12 668 -11.646 27.676 41.513 22 M14 z -11646 -8.581 41.513 55.351 23 M14 z -8.581 -4.495 55.351 69.188 24 Mis 2 •4.781 -4.781 0 11.828 25 M24 z -9.95 -12.834 21.007 30.81 26 M24 z .12 834 -18 602 30 81 40.613 27 M24 z -18.602 -15718 40.613 50.417 28 M74 ' 2 -15718 -11.392 50417 60.22 29 M24 z -11.392 -17.16 60.22 70.023 30 M2S z .8.479 -12.517 0 14.005 31 M2S z -12.517 -15.545 14.005 28.009 32 M25 z -15.545 -15.545 28.009 42.014 33 M25 z -15 545 -1?!i17 42.014 56018 34 .11 MSS . z -12.517 -8.479 56.018 70.023 35 M26 z -2 81 -14852 0 14.087 36 M2e z -14.852 -18.866 14.087 28.174 37 M26 z -18.866 -14.852 28.174 42.261 38 M26 z .14.852 -10.838 42.261 56.348 39 M26 z -10.838 -6.824 56.348 70.435 40 M27 2 .^.824 -10.838 0 14.087 41 M27 z -10.838 -14.852 14.087 28.174 42 M27 z .14.852 -18866 28.174 42.261 43 M27 z -18.866 -14.852 42.261 56.348 44 M27 z -14.852 -2.81 56.348 70.435 45 M2S z -8.479 -12.517 0 14.005 46 M2S i: z -12.517 -15 545 14 005 78009 47 M2a 2 -15.545 -15.545 28.009 4?fl14 48 M28 z -15.545 -12.517 42.014 56.018 49 M28 z -12.517 -8 479 56.018 7flfl?3 SO M29 z -17.16 -11.392 0 9.803 51 M29 z -11.392 -15718 9.803 19.606 52 Msg z -15.718 -18.602 19.606 29.41 S3 M2g z -18.602 -12.834 29.41 39.213 54 Msa z -12834 .9.95 39213 49016 55 M43 z -.178 -3.034 16.974 26.875 56 M43 z -3.034 -8.745 26.875 36.777 57 M43 z -8.745 -10.173 36.777 46.678 58 M43 z -10.173 .7.317 46.678 56.579 59 M44 z -75 -9.4g4 Q 11 316 60 M44 z -9.494 -18.239 11.316 22.632 61 M44 z -18 739 -18.239 22.632 33 948 62 M44 z -18.239 -10.744 33.948 45.264 63 M44 z -10 744 -.75 45.264 56579 64 M45 z -1.874 -9 369 0 11.316 65 M4S z -9.369 -16.865 11.316 22.632 66 M4S 2 -16.865 -16.865 22.632 33.948 67 M45 z -16.865 -8.12 33.948 45.264 68 M4S z -8.12 -.625 45.264 56.579 69 M46 z -4.372 -11.868 0 11.316 70 M46 z -11868 -16.865 11.316 22.632 71 M46 z -16.865 -15.616 22.632 33.948 72 M46 2 -15616 -8.12 33 948 45.264 73 M46 2 -8.12 -.625 45.264 56.579 74 M47 z .4.372 -11.868 0 11.316 75 M47 7 -11 868 -18.114 11.316 ??63? 76 M47 7 -18.114 -16.865 22.632 33.948 77 M47 z -16865 -10.619 33.948 45.264 78 M47 z -10.619 -5.622 45.264 56.579 79 M48 z -.746 -8.208 0 11.366 80 M48 z -8.208 -16914 11.366 22 733 81 M48 z -16914 -18.158 22.733 34.099 82 M48 z -18.158 -10.696 34.099 45.466 83 M48 z -10.696 -.746 45.466 56.832 84 M49 z ..746 -10.696 0 11.366 as M49 z -10.696 -16.914 11.366 22733 86 M4g z -16.914 -16.914 22.733 34.099 87 M4g z -16914 -9.452 34.ogg 45.466 88 M49 z -9.452 -.746 45.466 S6.832 89 MSO z -5.622 -10.619 0 11.316 90 MSO z -10.619 -16.865 11.316 22.632 91 MSO z -16865 -18.114 22.632 33.948 92 MSO z -16.114 -11.868 33.948 45.264 93 MSO z -11.868 -4.372 45.264 56.579 R1SA-3D Version 12.0.2 [\\MBI-FlLE\MBl-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1M40061-132r1 - Model_3.r3d] Page 21 105 Of 141 iHRISA CHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distributod Loads (BLC 11: BLC 5 Transiont Aroa Loads) (Continuod) 94 M51 2 - 625 -812 0 11.316 95 M51 Z -8.12 -15.616 11.316 22.632 MSI Z -1S.616 -16.865 22.632 33.948 97 MSI Z -16.865 -11.868 33.948 45.264 98 MSI Z -11.868 -4.372 45.264 56.579 99 MS2 Z -.625 -8.12 0 11.316 100 M52 Z -8.12 -16.865 11.316 22.632 101 M52 Z -16865 -16865 22.632 33.948 102 MSS Z .16.865 -9.369 33.948 45.263 103 M52 Z -9.369 -1.874 45.263 56.579 104 M53 Z -.874 -10.869 0 11.316 105 M53 Z -10.869 -18.364 11.316 22 632 106 MS3 z -18.364 -17115 22 632 33 948 107 M53 z -17.115 -9.619 33.948 45.264 108 Msa z -9.619 -2.124 45.264 56.579 109 M54 z -7.317 -10173 0 g.goi 110 M54 z -10.173 -8.745 9.901 10.803 111 M54 z -8.745 -3.034 19.803 20.704 112 M54 z -3.034 -.178 29704 30.606 113 M68 z -4.798 -4 798 57.404 69.189 114 Msg z -4.495 -8.581 0 13.838 115 Meg z -8-581 -11.646 13.838 27.676 116 Msg z -11.646 -12.668 27.676 41.513 117 M69 z -12.668 -10.625 41.513 55.351 118 M69 2 .16 675 -6 538 .55 3S1 69 189 119 M70 z -12.366 -12.366 1.631 67.935 120 M71 z .8.856 -8558 1.988 8.595 121 M71 z -8.558 -10.698 8.595 15.202 122 M71 z -10:698 -12.837 15.202 21.809 123 M71 -12.837 -14.977 21.809 28.416 124 M71 z -14.977 -17.117 28.416 35.023 125 M71 z -17.117 •14977 35.023 41.631 126 M71 z -14.977 •12837 41.631 48.238 127 M71 z -12837 -10.698 48.238 54.845 128 M71 z -10.698 -8.558 54.845 61.452 129 M71 z -8.558 -8.558 61.452 68.059 130 M72 z -12.366 •12.366 1.297 67.601 131 M73 z -6.538 -10.625 0 13.838 132 M73 z -10625 -12.668 13.838 27.676 133 M73 z -12.668 -11.646 27.676 41.513 134 M73 z -11.646 -8.581 41.513 55.351 135 M73 z -8.581 -4.495 55.351 69.189 136 M74 z -4.781 -4.781 0 11.828 137 M83 z -ggs -12.834 21.007 30.81 138 M83 z -12.834 -18.602 30.81 40.613 139 M83 z -18 602 -15718 40.613 50.417 140 M83 z -15.718 -11.392 50.417 60.22 141 M83 z -11 362 -17.16 60.22 70.023 142 'H841 z ..8.479 -12.517 0 14.005 143 M84 z -12.517 -15.545 14.005 28.009 144 M84 2 -15.545 -15.545 28.009 42.014 145 MS4 z -15.545 -12.517 42.014 56.018 146 M84 z -12.517 -8476 56.018 70.023 147 Mas z -2.81 -14.852 0 14.087 148 MfiS z -14.852 -18866 14.087 28.174 149 MSS 2 -18.866 -14.852 28.174 42.261 ISO Mas 2 -14.852 -10.838 42.261 56.346 151 MSS z -10.838 -6.824 56.348 70.435 1S2 Mae z -6.824 .10.838 0 14.087 153 Mae z -10.838 -14.852 14.087 28 174 154 M86 z -14.852 -18.866 28.174 42.261 155 Mae z -18.866 -14.852 42.261 56.348 156 M86 2 -14.852 -2.81 56.348 70.435 157 Ma7 z -8.479 -12.517 0 14.005 158 M87 z -12:517 -15.545 14.005 28.009 159 M87 z -15.545 -15.545 28.009 42.014 180 Ma7 z -15.545 -12.517 42.014 56.018 161 MS7 z -12.517 -8.479 56.018 70.023 162 Maa 2 -17.16 -11.392 0 9.803 163 Msa z -11.392 -15718 9.803 19.606 164 M88 z -1S;718 -18.602 19.606 29.41 165 MSS z -18.602 -12.834 29.41 39.213 166 M88 z -12.834 -9.9S 39.213 49.016 167 M102 z -.178 -3.034 16.974 26.875 168 M1Q2 z -3.034 -8.745 26.875 36.777 169 M1fl2 z -8.745 -10173 36.777 46.678 170 M102 z -10.173 -7.317 46.678 56.579 171 M103 z -.75 -9.494 0 11.316 172 Miaa z -9.494 -18 739 11.316 22632 173 Ml 03 z -18.239 -18.239 22.632 33.948 174 Mioa z -18.239 -10.744 33.948 45.264 175 M103 z -10.744 -.75 45.264 56.579 176 M104 z -1.874 -9.366 0 11.316 177 M104 z -9.369 -16.865 11.316 22.632 178 M104 z -16:865 -16.865 22.632 33,948 RISA-3D Version 12.0.2 [\\MBI-FiLE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140Q61-132r1 - Model_3.r3d] Page 22 106 Of 141 Company Designer Job Number Model Name MBI RJD 140C61.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 11: BLC 5 Transiont Aroa Loads) (Continuod) Member Label Direction Slart Magnitude[lb/n,F] End Magnilude[lb/ft,F] start Location[in,%] End Location[in,%] 179 M104 -16.865 -812 33.948 45.264 180 M104 -8.12 ..625 45.264 56.579 181 MIOS -4.372 -11.868 11.316 182 MIPS -11.868 -16,865 11.316 -22632- 183 MIOS -16.865 -15.616 -22^632-33.948 184 MIPS -15616 -8 12 33.948 45.264 185 MIPS -8,12 -,625 45.264 56.579 186 M106 -4.372 •11-868 11-316 187 M106 •11.868 •18.114 11.316 -22632- JM_ M106 •18.114 •16.865 -22632-33.948 189 Ml 06 •16.865 •10.619 33.948 45.264 190 MlOe -10-619 -5-622 45-264 56-579 191 M107 -.746 -8.208 11-366 192 M1Q7 •8.208 -16.914 11.366 22.733 193 M107 -16.914 -18,158 22.733 34.099 194 M107 -18.158 Jfli 34.09g 45.466 -IOA M107 -10 606 -.746 45.466 56.832 196 M108 -.746 -10-696 11-366 197 M108 -10,696 -16,914 11.366 22.733 198 M108 -18.914 -16.914 22-733 34-Ogg 199 MIOS -16,914 -9.452 34-Ogg 45.466 200 Mioa -9.452 -.746 45.466 56.832 201 M109 -5.622 -10.619 11.316 -202-M109 -10.619 -16.865 11.316 -22632- 203 Mlog -16865 -18.114 -22632-33 948 204 M109 -18.114 -11.868 33.948 45.264 205 M109 -11-868 -4-372 45.264 56,579 _20A Ml 10 -.625 -8.12 11-316 207 M110 -8.12 -15.616 11.316 -22632- .2QA M110 •15.616 •16.865 _22.632_ 33.948 209 M110 -16,865 -11 868 33.948 45.264 210 M11P .11 868 .4.372 45.264 56.579 -21L Mill --62S -8.12 11.316 212 Mill -6-12 -16-865 11.316 .22632- 213 Mill -16.865 -16,865 -22632-33,948 .214-M111 -16,865 •9.369 33-948 45.263 215 Mill -9.369 -1.874 45.263 56.579 jiiSL. M112 -.874 .10-869 11.316 217 M112 -10 869 -18.364 11.316 -22632- :21S-M112 -18-364 -17.115 J22.fi32_ 33.948 219 M112 -17.115 -g.eig 33-g4a 45-264 -220-M112 -9.619 -2124 45.264 56.579 221 M113 -2.317 -10,173 9.901 -222-M113 -10173 •8.745 9.901 19.803 -22A M113 -8.745 -3.034 19.803 29.704 .224-M113 -3.034 •-178 29-704 39606 Momhor Distrihutod Loads (BLC 12 : BLC 6 Transiont Aroa Loads) Member I ahel Direction Start Magnitijde[lh/ft,F] End Magnitude[lb/ft,F] Start Location[in,%] End Locationpn,' _M9_ -13.727 -13.727 57.404 eg.iag M10 -12.859 -24.549 13.838 MIO -24.549 -33.317 13.838 27.676 MIO -33.317 -36 239 27.676 41.513 MIO •36.236 •30.394 41.513 55.351 M10 •30.394 -18.704 55.351 69.189 Mil -35 376 -3S376 1 631 67.935 M12 •24.483 •24.483 1.988 8.595 M12 -24.483 -30.604 8.595 15.202 Jft-M12 -30.604 •36.725 15.202 21-809 Jl. M12 •36.725 •42.846 21.809 28.416 -12. M12 •42 846 .48 967 28.416 35.023 -13-M12 -48.967 -42.846 35.Q23 41.631 -14-M12 •42846 •36:725 41-631 46-238 JA M12 •36.725 -30.604 48.238 54.845 JB-M12 •30-604 -24.483 54.845 61-452 -12-M12 •24.483 •24,483 61.452 68.059 JB-M13 •35.376 •35.376 1.297 67.601 J3_ M14 •18.704 •30.394 13.838 -20-M14 •30:394 •36.239 13.838 27.676 -21. M14 •36.239 •33.317 27.676 41.513 -22-M14 -33.317 •24 549 41.513 55.351 -23-M14 •24.549 •12.859 55 351 69.189 JA-M15 -13.676 -13.676 11.828 -25-M24 -28.465 -36.715 21.007 30.81 J6_ M24 -36.715 •53 216 30-81 40.613 _22_ M24 -53,216 -44-966 40.613 50.417 -2A M24 i966 -29-M24 -32.59 .32.59 -49.091 50-417 -60.22- 60.22 70-023 -30-M2S •24.257 -35.808 14.005 AL M25 •35.808 -44.471 14.005 28.009 -32-M2S t.471 t.471 28.009 42.014 -33-M25 -44471 -35 808 42.014 56 018 A4-M2S •35.808 •24.257 56.018 70.023 _35-M26 •8.038 -42.488 14.087 -36-M2e -42.488 -53 971 14.087 28.174 R18A-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - Model_3.r3d] Page 23 107 of 141 Company Ifiic A Designer I Model Name H H 0 L O MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distributod Loads (BLC 12 : BLC 6 Transiont Aroa Loads) (Continuod) Member Label Direction Start Magnitude[lb/fl,F] End Magnitude[lb/ft,F] •Start LQcationpn,%] End Location[in,%] -32-M26 -53.971 -42.488 28.174 42.261 -3SL M2e -42.488 -31.005 42.261 56.348 AA M26 -31.005 -19.522 56.348 70.435 -iS-M27 -19.522 -31005 14.087 _41_ M27 -31.005 -42.488 14.087 28.174 .^42-M27 •42488 •53.971 28.174 42.281 M27 -53.971 -42.488 42.261 56.348 .J4-M27 .42.488 -8 038 56.348 70.435 -4A M28 -24.257 -35 808 14.005 M2a •35.808 •44.471 14.005 28.009 -42-M28 •44,421 -44-471 28.009 42-014 .^48-MSa -44.471 -35,808 42.014 56.018 -43-M28 -35.808 -24257 56018 70.023 AO-M29 •49 091 •32.59 9.803 -51. M29 -32.59 -44 966 9.803 19.606 -52-M29 1.966 •53.216 19.606 29.41 _5A M29 •53.216 -36.715 29.41 39,213 -54-M29 •36,715 •28.465 39.213 49.016 AA M43 -511 -8.679 16.974 26.875 A6_ M43 •8.679 •25.017 26.875 36.777 AZ. M43 -25,017 -29.101 36.777 46.678 -SB-M43 -29101 •20.933 46.678 56,579 A3-M44 -2.144 -27.161 11.316 -60-M44 -27.161 •52.178 11.316 -22632- -61. M44 •52178 -52.178 -22632-33.948 -62-M44 -52.178 -30.735 33.948 45-264 -63-M44 -30-735 -2.144 45.264 56.579 -64-M45 -5.361 •26.804 11.316 -65-M4S •26.804 •48.247 11.316 -22632- M4S •48.247 •48.247 -22632-33.948 -62-M45 -48.247 -23.23 33.948 45.264 -68-M4S i:23.23-•1-787 45-264 56-579 M46 -12.508 -33,952 11-316 _2fl_ M46 •33-952 •48-247 11-316 J22fi32- -ZL M46 -48,247 -44,673 _22.632-33.948 JZ2-M4e t.673 •23.23 33.948 45.264 -23-M46 -23.23 -1.787 45.264 56,579 -24-M47 -12-508 -33-952 11.316 -2A M47 -33-952 -51-821 11-316 -22632--2A -22- M47 M47 -51 821 -48:247 -48247 -30-378 -22632- 33-948 33.948 45.264 JiA. M47 -30 378 -16082 45.264 56.579 79 -M4A -2135 -23.482 11.366 .AO-M48 -23.482 -48.388 11.366 22.733 -81. M48 -48.388 -51.946 22.733 34,099 M48 -51946 -30,598 34.099 45.466 -SA M48 -30.598 -2.135 45.466 56.832 -84-M49 -2.135 -30.598 11 366 -BA M49 -30.598 -48 388 11.366 22.733 M49 -48.388 -48.388 22.733 34.099 -82-M4g -48.388 -27.04 34.ogg 45.466 M49 -27.04 •2.135 45 466 56.832 -83-MSO •16.082 •30 378 11.316 -90-MSO •30.378 -48.247 11.316 -22632- -31. MSO -48,247 -51 821 -22632-33.948 -92-M50 •51821 -33.952 33.948 45.264 -33-M50 -33.952 -12-508 45.264 56.579 -34-MSI •1.787 -23.23 11-316 -95-M51 -23.23 -44-673 11-316 22-632 -A6-M51 -44.673 -48.247 -22632-33.948 -32-MS1 -48.247 -33,952 33.948 45,264 MSl •33.952 •12.508 45 264 56.579 M52 •1.787 -23.23 11-316 100 MS2 -23 23 -48-247 11-316 -22632- 101 M52 -48.247 -48.247 -22632-33.948 _lfl2-MS2 -48.247 -26.804 33.948 45.263 103 M52 -26.804 -5.361 45.263 56.579 104 M53 -2.502 -31.092 11.316 105 MSO -31 092 -52.535 11.316 -22632-106 M53 -52.535 -48.962 -22632-33.948 107 M53 -48.962 -27.519 33.948 45.264 108 M53 •27.519 •6.076 45 264 56.579 109 MS4 -20.933 -29.101 1.901 110 MS4 •29-101 -25-017 9-901 19-803 111 M54 •25.017 -8.679 19.803 29.704 112 M54 •8.679 •.511 29.704 39.606 Momhor Aroa Loads (BLC 1: Doad Load) Joint A Joint B Joint C Joint D Direction Distribution 1 N11SA N128A N128B N116A Y Two Wav 1 -10 2 N126A N124A N125A N127A Y Turn Way 1 -10 Momhor Aroa Loads (BLC 2 : Wind Load A) RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2C14\140061\140061-132r1M40061-132r1 - Model_3.r3d] Page 108 of 141 ll II RISA CHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2C14 Checked By: LJC Momhor Aroa Loads (BLC 2 : Wind Load A) (Continuod) .joint A .loint B Joint C .loint D Direction Distribution Two Way I Magnitude[psf] N115A N128A N12SB N116A -384 Momhor Aroa Loads (BLC 3 : Wind Load B) Joint A Joint B .loint C .loint D 1 N115B N86 N128S N116A Z Two Wav -53.8 1 2 N115A N128A N86 N115B z T\MO Way -23 1 Momhor Aroa Loads (BLC 4 ; Wind Load C) Joint A .loint B Joint C Joint D Direction Distribution Magnitude[psf| 1 N117A N116B N128a NUBA Z Two Wav -688 2 N119 N118A N116B N117A Z Two Way -44.7 3 N121A N120A N118A N119 z Two Wav -32.3 4 N11SA N128A N12QA N121A z Two Way -223 Momhor Aroa Loads (BLC 5; Soismie) Joint A .loint B Joint C Joint D Direction Distribution 1 N115A N128A N128B N116A z Two Wav -7.9 2 N126A N124A N125A N127A Z Two Way -7.9 Momhor Aroa Loads (BLC 6 ; Truck Indueod Wind Load) Joint A Joint B Joint C Joint D Direction Distribution Magnitude[psf] I N11SA N128A I N128B I N116A Two Way -22.6 Joint Roaetions 1 N89 2.48 .31 .89 0 0 0 2 N120 21.12 2.74 .72 0 0 0 3 .{ N90 -1972 .19 1.33 0 0 0 4 .( N121 4.99 2.39 1.09 0 0 0 5 i N62A 1.29 -.19 .9 0 0 0 6 .\ N109 -23.51 3.06 1.08 0 0 0 7 .) N108 -4.56 2.87 1.15 0 0 0 8 1 N61A i7.gi -24 1.04 0 0 fl 9 Totals: 0 11.11 8.2 10 .\ CQQ (in): X: 491.51 Y: 258.73 ZO 11 2 N89 2.9 .36 .84 0 0 0 12 2 N120 20.71 2.68 .68 0 0 0 13 2 N90 -19 24 .24 1.26 0 0 0 14 2 N121 4.6 2.33 1.04 0 0 0 15 2 N62A 1.71 -.25 .95 0 0 0 16 2 N1Q9 -23.93 3.12 1.13 0 0 0 17 2 N108 -5 04 2.92 1.2 0 fl 0 18 2 NBIA 18.3 -.3 1.1 0 0 0 19 2 Totals: 0 11.11 8.2 20 2 CCJGfin)-X: 491.51 Y: 258.73 ZO 21 3 N89 3.34 .42 .8 0 0 0 22 3 N120 20.26 262 .65 0 0 0 23 3 N90 -18.73 .2g 1.22 0 0 0 24 3 N121 4.12 2.28 1.01 0 0 0 25 3 N62A 1.36 -.2 .93 0 0 0 26 3 N109 -23.6 3.07 1.11 0 0 0 27 3 N108 -4.65 2.89 1.18 0 0 0 28 3 NeiA 17.91 -.27 1.07 0 0 0 29 3 Totals: 0 11.11 7.97 30 3 COG (in): X: 491.51 Y: 258.73 Z:0 31 4 Nsg 5.63 .72 .64 0 0 0 32 '4 • N120 17.74 2.3 .53 0 0 0 33 4 NOO -16.03 -6 .98 0 0 0 34 4' • N121 1.52 1-98 .82 0 0 0 35 4 N62A -2.1 .25 .7 0 0 0 36 . 4' N109 -20 35 2 65 as 0 0 0 37 4 N108 -.85 2-46 .82 0 0 0 aa 4 N61A 14.43 .16 .75 0 0 0 39 4 Totals: 0 11-11 6.1 40 4 COG (in): X: 491.51 Y: 258.73 Z:0 41 5 NS9 -2.71 --36 .94 0 0 0 42 5 N120 17.14 2.23 .75 0 0 0 43 5 N90 -16.66 -.42 1.29 0 0 0 44 5 N121 7.55 1.96 1.07 0 0 0 45 5 N62A 5.25 -.7 .88 0 0 0 46 • 5^ • N109 -18.3 2.39 1.04 0 0 0 47 5 N108 -7.58 2.26 1.17 0 0 0 48 5 N61A 15.31 -.67 1.06 0 0 0 49 5 Totals: 0 6.67 8.2 50 5 COG (inlr X: 491.51 Y: 258.73 Z:0 51 6 N89 -2.29 -.31 .88 0 0 0 52 6 N120 16.72 2.17 .71 0 0 0 53 6 N90 -16.18 -.37 1.23 0 0 0 54 6 N121 7.17 1.9 1.02 0 0 0 55 6 N62A 5.67 -.76 .92 0 0 0 56 6 N109 -18.72 2.44 1.09 0 0 0 RISA-3D Version 12.0.2 [\\MBi-FILE\MBI-Operations\Engineering\Signs\Projects\2014M40061\140061-132r1\140061-132r1 - Model_3.r3d] Page 25 109 of 141 IllRISA TECHNOLOGIES Company Designer Job Number Mgdel Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Joint Roaetions (Continuod) 57 6 Nloa -8.06 2.31 1.23 0 0 0 58 6 NeiA 15.69 -.72 1.11 0 0 0 59 6 Totals: 0 6.67 8.2 60 6 COG Cm): X: 491.51 Y: 258.73 Z:0 61 7 N89 -1.86 -25 .85 0 0 0 62 7 N120 16.27 2.11 68 0 0 0 63 7 N9D -15.68 -.32 1.19 0 0 0 64 7 N121 669 1.86 98 0 fl 0 65 7 N62A 5.32 -.71 .9 0 0 0 66 7 N109 -18.39 2.4 1.07 0 0 0 67 7 N108 -7.67 2.28 1.2 0 0 0 68 7 N61A 15.31 -.69 1.09 0 0 0 69 7 Totals: 0 6.67 7.97 70 7 COG^inV X: 491.51 Y: 258:73 Z:0 71 8 Nag .44 .05 .69 0 0 0 72 8 N120 13.76 1.79 .56 0 0 0 73 8 N90 -12.98 -.01 .95 0 0 0 74 8 N121 4.09 1.55 -8 0 0 0 75 8 N62A 1.86 -.26 .67 0 0 0 76 8 N1B9 -15.14 1.97 .81 0 0 0 77 8 N108 -3.87 1.84 .85 0 0 0 78 8 N61A 11.84 -.27 .76 0 0 0 79 a Totals: 0 6.67 6.1 80 8 COG (in): X: 491.51 Y: 258.73 Z:Q 81 9 Nag 21 01 1.17 0 0 fl 82 9 N120 23.52 3.05 .93 0 0 0 83 9 N9Q -22.29 -.09 1.65 0 0 0 84 9 N121 7.43 2.67 1.35 0 0 0 85 9 N62A 3.69 -.5 1.14 0 0 0 ae 9 N109 -25.78 3.36 1.34 0 0 0 87 9 N108 -7.13 3.15 1.45 0 0 0 88 9 NeiA 20.35 -52 1.32 fl Q 0 89 9 Totals: 0 11.11 10.34 90 9 COG (in): X: 491.51 Y: 258.73 2:0 Envolopo Joint Roaetions .loint X[k] 1 c Y[k] 1 c Z[k] 1 C MX [k-fl] 1 r. MY [k-ft] 1 c MZ [k-ft] LC 1 N89 max 5.63 4 .72 4 1.17 9 0 0 0 2 min -2 71 5 -.36 5 .64 4 0 .j 0 0 .] 3 N120 max 23.52 9 3.05 9 .93 9 0 .] 0 0 .) 4 min 13.76 8 1.79 8 .53 4 0 .| fl .f 0 .) 5 N90 max -12.98 8 .6 4 1.65 9 0 fl .l 0 .] e min -22.29 9 -.42 5 -95 8 0 .| 0 0 ^ 7 N121 max 7.55 5 2.67 9 1-35 9 0 0 ^ 0 .{ 8 min 1.52 4 ISS 8 -8 8 0 0 0 .^ 9 N62A max 5.67 6 .25 4 1.14 9 0 .] 0 fl .{ 10 min -2.1 4 -.76 6 .67 8 0 .] 0 0 .] 11 N109 max -1514 a 3.36 9 1.34 9 0 .] fl .{ 0 .| 12 min -25.78 9 1.97 8 .81 8 0 .| 0 .) 0 .] 13 N108 max -.85 4 3.15 9 1.45 9 0 ^ 0 .( 0 .] 14 mm -8.06 6 1.84 8 .82 4 0 fl 0 .J 15 N61A max 20.35 9 .16 4 1.32 9 0 .] fl .{ 0 .] 16 min 11.84 8 -.72 6 .75 4 0 .\ fl .] 0 .} 17 Totals: max 0 4 11.11 9 10.34 9 18 min 0 8 6 67 S 6.1 4 Envolopo AISC 14th(360-10): ASD Stool Codo Chocks Member Shape Code Check Loc[in] -LC-Shear. Loc[in] Din LC Pnc/om [ Pnt/om [k] Mnyy/om Mnzz/om Cb-Eqn MS HSS4x3x4 .117 10.26 .046 79.71 80.16 7.16 8.75 H1-1b M6 HSS4x3x4 -069 .007 63-07 80.16 7.16 8-75 Hl-lb M7 HSS4x3x4 .044 .004 63.07 80.16 7-16 8,75 H1-1b MS HSS4x3x4 -644 -004 63-07 80.16 7.16 8-75 Hl-lb M9 M10 HSS4x3x4 HSS4x3x4 .043 .005 -061 34.59 .008 69-19 63.07 63.07 80.16 80.16 7.16 7-16 8.25 8.75 Hl-lb Hl-lb Mil HSS4x3x4 -064 34-59 -009 63.07 80.16 7.16 8.75 Hl-lb M12 HSS4X3X4 .066 34.27 .010 JA. 62.72 80.16 7.16 8-75 H1-1b M13 HSS4x3x4 .060 33.15 .009 69.19 63.07 80.16 7.16 8.75 H1-1b -10-M14 HSS4x3x4 .050 34.59 .008 69.19 63.07 80.16 7.16 8.75 Hl-lb -IL. M15 HSS4x3x4 -028 69-19 -004 63-07 80.16 7.16 8-75 Hl-lb J2-M16 HSS4x3x4 -024 69.19 .004 69.19 63.07 80.16 7.16 8.75 2.B Hl-lb JA M17 HSS4x3x4 .031 69.19 .005 69.19 63.07 80.16 7.16 8.75 H1-1b -14-M18 HSS4x3x4 .060 69.19 •006 69.19 63.07 80.16 7.16 8.75 Hl-lb J5_ M19 HSS4x3x4 .137 32.56 .044 AZSZ. 79.71 80.16 7.16 8.75 H1-1b JA M2Q HSS4x3x4 79.71 8016 7.16 8.75 H1-1a 17 M21 HSS4x3x4 .069 .005 62.71 80.16 7.16 8.75 H1-1b JA M22 -HSS4X3X4-.029 .004 62.71 80-16 7.16 8-75 H1-1b J9-M23 HSS4x3x4 .070 .005 62.71 80.16 7.16 8.75 Hl-lb -20-M24 HSS4x3x4 -lie 39.39 -007 ZO02 62.71 80-16 7-16 8.75 16 Hl-lb -21. M25 HSS4X3X4 .255 .010 62.71 80.16 7.16 8.75 IS H1-1a -22-M26 HSS4x3x4 .272 35.95 .010 62.53 80.16 7.16 8.75 H1-1a -23-M27 HSS4x3x4 .258 36.69 .009 62.53 80.16 7.16 8.75 H1-1a -24-M2a HSS4xax4 -119 35.01 .009 62.71 80.16 7.16 8-75 H1-1b RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2C14\140061\140061-132r1\140061-132r1 - ModeL3.r3d] Page 26 110 Of 141 Rl TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140C61.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Envolopo AISC 14th(360.10); ASD Stool Codo Chocks (Continuod) -2A Member M29 Shape HSS4x3x4 Code Check .084 Loc[in] 32.09 -LC-Shear- .011 Loc[in] Dir LC Pnc/om [k] 62.71 PnVom [kl 80.16 Mnyy/om 7.16 Mnzz/om 8-75 Qh Eqn Hl-lb -2A M30 HSS4x3x4 -029 70.02 .004 20.02 62.71 80.16 7.16 875 H1-1b -22-M31 HSS4x3x4 .047 70.02 .006 70.02 62.71 80.16 7.16 8-75 Hl-lb -2A Ma2 HSS4X3X4 -108 70.02 .008 62.71 80-16 7-16 8,75 Hl-lb J23_ M33 HSS4x3x4 .058 72.36 79.71 80.16 7.16 875 H1-1a -30-M35 HSS4x2x4 .054 46.26 67.21 4.11 Hl-lb -31. M36 HSS4X2X4 .040 .005 47.12 67.21 6.75 Hl-lb -32-M37 HSS4x2x4 -041 56-58 .006 S&SB 47.12 67.21 4-11 675 Hl-lb AA M38 HSS4x2x4 .039 56.58 -0fl4 56.58 47.12 67.21 4.11 6-75 19 HMb -34-M39 H^x2l(4 .032 56.58 .003 47.12 67.21 4.11 6.75 H1^1b -3A M40 HSS4X2X4 56-58 .003 56.58 47-12 67-21 4-11 6-75 Hl^lb -3A M41 HSS4x2x4 -027 J1Q2-47.12 67-31 4.11 675 Hl^lb -32-M42 HSS4x2x4 .032 67.21 6.75 Hl^lb -3A M43 HSS4X2X4 -025 56.58 .003 S6.SB 47.12 67.21 4.11 6.75 Hl-lb -33-HSS4x2x4 -040 56-58 -006 56.5B 47.12 67.21 4-11 6.75 H1-1b -40-M45 HSS4X2X4 -034 47.13 67.31 4-11 6.75 Hl-lb Jl. M46 HSS4x2x4 -035 56.58 .006 56.5B. 47.12 67.21 4.11 6.75 H1-1b -42-M47 KSS4x2y4 .031 -006 47.12 67-21 4.11 6-75 HMb _43_ M4a HSS4x2x4 033 56-83 -007 56.83 46.98 67.21 4.11 6.75 Hl-lb M49 HSS4x2x4 -028 -007 46-97 67-21 4-11 6-75 H1-1b _45_ MSO HSS4x2x4 .034 47.12 67.21 4.11 6.25 H1-1b -4A MSI HSS4x2»4 .030 .005 47.12 67.21 4.11 6.75 Hl-lb M52 HSS4X2X4 .035 .007 56.53-47.12 67,21 4,11 6.75 Hl-lb -4A M53 HSS4x2y4 .035 47.12 67.21 4.11 6-75 HMb _49_ _M54_ HSS4x7x4 .019 22 99 47.12 67 71 4.11 6.7S HMb AO-MSS HSS4x2x4 -022-.002 47.12 67.21 4.11 6.75 Hl-lb -SL. M56 HSS4x2x4 .016 -002 47-12 62.21 6.75 Hl-lb A2-MS7 HSS4x2x4 .028 56.58 .002 56.SB-47.12 67,21 4.11 6.75 HMb -SA MSS HSS4x2x4 -022-.004 47.12 67.21 4.11 6.75 HMb A4- AA M59 M60 H^x2x4 HSS4x2x4 56.58 .004 56.5B 47.12 67.21 4.11 .027 .007 47.12 67.21 4.11 6.75 6.75 H1-1b Hl-lb M61 l-«S4x?x4 -053 56.58 .006 5&SB 47.12 67-21 4-11 675 HMb AZ. M62 HSS4x2x4 .051 .015 46.26 67.21 4.11 6.75 Hl-lb AA Me4 HSS4x3x4 -386 10-26 -038 79-71 80-16 7-16 8-78 H1-1a -SA JSL. M65 Mee HSS4x3x4 HSS4x3x4 .325 .008 63.07 80.16 .117 .004 80.16 7.16 7.16 875 8-75 HMa Hl-lb -61-M67 HSS4x3x4 .061 .003 63.07 80.16 7.16 8.75 Hl-lb -62-M68 HSS4K3X4 -018 -004 63 07 80.18 716 8.75 HMb -6A M69 HSS4x3x4 .055 36.76 .006 69.19 63.07 80.16 7.16 8.75 HVIb -64-M70 HSS4x3x4 .080 34.59 .007 63.07 8016 7.16 8.75 Hl-lb -65-M71 HS.S4x3x4 -091 32.81 .007 62.72 80.16 7.16 875 Hl^lb -66-M72 HSS4x3x4 30.99 .007 63.07 80.16 7.16 8.75 Hl-lb -62-M73 HSS4x3x4 .071 30.27 .006 63.07 80.16 7,16 8.7S H1-1b M74 HSS4X3X4 .040 eg.ig .003 69.19 63.07 80-16 7-16 8.75 HMb -6A. M75 HSS4x3x4 .027 69.19 .004 69.19 63.07 80.16 7.16 8.75 22 HMb J2D_ M76 HSS4x3x4 .082 -005 BOJ 63.07 80.16 7-16 875 Hl-lb JZL M77 HSS4x3x4 -261 69.ig .006 69.19 63.07 80.16 7.16 8.75 Hl-la -22-M78 HSS4x3x4 -453 32.56 .055 42S2 79-71 80-16 7.16 8.75 HMa -23-M79 HSS4x3x4 .188 10.55 .065 79.71 80.16 7.16 8.75 3J H%1b J24_ MSO HSS4x3x4 .091 -005 62.71 80-16 7.16 8.75 2it HMb _2A M81 HSS4x3x4 ,057 -004 62.71 80-16 7,16 8.75 HMb -ZA M82 HSS4xax4 .043 .005 62.71 80-16 7.16 8.75 HMb _22_ Maa H.S>S4x3x4 .040 62.21 80.16 7.16 8.75 HMb _za_ M84 HSS4x3x4 .044 .008 62.71 80-16 7.16 8.75 Hl-lb JZ3-M85 H.SS4x3x4 ,044 62.53 80.16 7.16 8.75 HMb -BA M86 HSS4X3X4 -044 38.89 .007 70.44 62.53 80.18 7.16 8.75 HMb Jl. Ma7 HSS4x3x4 .040 35.74 .006 70.02 62.71 80.16 7.16 8.75 HMb -82. Maa HSS4x3x4 .035 32-82 .005 62.71 80.16 7.16 8.75 H1-1h AA M89 HSS4x3x4 .025 70.02 .004 70.02 62.71 80.16 7.16 8.75 Hl-lb M90 HSS4x3x4 -037 70-02 .006 Zfl^fl2 62-71 80.16 7.16 8.75 Hl-lb J8A M91 HSS4x3x4 .062 70-02 .008 70.02 62.71 80.16 7.16 8.75 HMb -82- M92 M94 HSS4x3x4 HSS4x2x4 -200 61-81 .067 Z230 79-71 80-16 7-16 .036 .013 58.04 46.26 67.21 4.11 8.75 6.75 Hl-lb Hl-lb M9S JdSS4x2x4_ .047 -006 56.5B-47.12 67.21 4.11 6.75 Hl-lb -63-M96 HSS4x2x4 .054 .007 47.12 67.21 4.11 6.75 Hl-lb ASL M97 HSS4x2x4 -042 56.58 .005 56.5B. 47.12 67-21 4.11 6.7S H1-1b -31. M98 HSS4x2x4 -036 .003 47-12 67-21 4.11 6.75 HMb -92-M99 HSS4x3x4 .036 56.58 .003 S&SB-47.13 67.31 4.11 6.75 HMb -3A MIOO HSS4x2x4 .031 -002 47.12 67-21 4-11 6-75 H1-1b -94-M101 HSS4X2X4 .033 56.58 .003 56JB. 47.13 67.21 4.11 6.75 HLIb -9A Ml 02 HSS4x2x4 .034 56.58 .005 56.58 47.12 67.21 4.11 6.75 H1-1b -36-M103 HSS4x3x4 .030 56.58 -006 56.5a. 47.13 67.31 4.11 6.75 Hl-lb 97 M104 HSS4x2x4 .029 56.58 .007 56.58 47.12 67.21 4.11 6-75 2J Hl-lb -MIOA HSS4x3x4 .021 56.58 .008 47-12 67-31 4.11 6.75 HMb AA Ml 06 HSS4x2x4 .024 56.58 ,008 56.58 42.12 67.21 4.11 6.75 HMb 100 M107 HSS4x2x4 .015 .008 46.98 67.21 4.11 6.75 Hl-lb JflL Mioa HSS4X2X4 -018 56.83 .008 56m 46.97 67.21 4.11 6.75 Hl-lb 102 M109 HSS4x2x4 .020 .008 47.12 67.21 4-11 6.75 Hl-lb 103 M110 HSS4x2x4 .023 56.58 .007 56.58 47.12 67.21 4.11 6.75 H1-1b JQ4-M111 HSS4x2x4 .025 .007 47.12 67.21 4.11 6.75 Hl-lb 105 M112 HSS4x2x4 .028 28.88 .006 47.12 67.21 4.11 6.75 HMb 106 M113 HSS4x2x4 .028 .005 47.12 67.21 4.11 6.75 HMb 107 M114 HSS4x2x4 .035 .003 4Z12 67.21 4.11 6,75 2J HMb 108 M115 HSS4x2x4 .026 .002 47.12 67.21 4.11 6.7S HMb 109 M116 HSS4x2x4 -044 -002 47.12 67.21 4.11 6.75 2A Hl-lb R1SA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140C61\140061-132r1\140Q61-132r1 - Model_3.r3d] Page 27 111 Of 141 RISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Envolopo AISC 14th(360.10): ASD Stool Codo Chocks (Continuod) 110 M117 HSS4x3x4 .a3P 56 58 g .603 0 7 1 47.12 67.21 4.11 6.75 2. Hl-lh 111 Miia HSS4x2x4 .051 56.58 g .004 0 Z 9 47.12 67.21 4.11 6.75 2... Hl-lb 112 U119 HSS4x2x4 .032 56.58 4 .006 56.58 7 9 47.13 67.21 4.11 67S 1, H1-1b 113 Ml 20 HSS4x2x4 fl53 56.58 g .007 0 7 9 47.12 67.21 4.11 6.75 2 H1-1b 114 Ml 21 HSS4x2x4 .044 47.16 9 .015 0 z 9 46.26 67.21 411 6.75 1,„ H1-1b 115 Ml 23 HSS3x3x3 053 0 g .006 0 V 4 51.2 57.06 4.52 4.52 21 H1-1b 116 Ml 24 HSS3x3x3 .071 0 g .009 0 z 9 51.2 57.06 4.52 4.52 2,M Hl-lb 117 M125 HSS3x3x3 .066 0 g .008 0 7 9 51.2 57.06 4.52 4.52 7 Hl-lb 118 M12e HSS3x3x3 .073 0 g .010 18 7 9 51.2 57.06 4.52 4.52 2 Hl-lb 119 M127 HSS3x3x3 .075 0 g .010 0 7 9 51.2 52.06 4.52 4.52 7 Hl-lb 120 Misa HSSax3x3 .066 0 9 .009 0 7 2 51 2 52.06 4.52 4.SS 2... Hl-lb 121 Ml 29 HSS3x3x3 .062 0 2 .008 0 V 9 51.2 52.06 4.52 4.53 7 Hl-lb 122 M13a HSSax3x3 .045 0 3 .007 0 y 7 51.2 52.06 4.52 4.52 2 3 Hl-lb 123 M131 HSS3x3x3 .047 0 6 .005 0 V 7 51.2 52.06 4.52 4.52 2„, Hl-lb 124 Ml 32 HSS3x3x3 .050 0 7 .006 18 z 7 51.2 52.06 4.52 4.52 2,. Hl-lb 125 Ml 33 HSS3x3x3 .059 36 9 .008 18.38 7. 9 51.2 52.06 4.52 4.52 7 H1-1b 126 M134 HSSax3xa .079 36 9 .011 18 7, 9 51.2 52.06 4.52 4.52 2... H1-1b 127 Ml 35 HSS3x3x3 .067 36 9 .007 18 7 9 51 2 52.06 4.52 4.52 22 Hl-lb 128 M136 HSSax3x3 .038 0 9 .005 0 z 4 51.2 52.06 4.52 452 1„, Hl-lb 129 M137 H.SS3x3x3 .047 36 9 .006 36 V 1 51.2 52 06 4.52 4.53 2 Hl-lb 130 Miaa HSS3x3x3 .045 36 9 .006 36 y 1 51.2 52.06 4.52 4.53 2„ Hl-lb 131 M139 HSS3x3x3 .037 36 9 .005 18.38 z 9 51.2 52.06 4.52 4.52 2.2 HMb 132 M140 HSS3x3x3 .045 0 3 .005 18 z 6 51.2 52.06 4.52 4.52 1 9 Hl-lb 133 M141 HSS3x3x3 .026 36 9 .004 0 7 9 51.2 52.06 4.52 4.52 1 Hl-lb 1.\4 M143 HSS3x3x3 071 36 9 .004 0 y 9 51.2 57 06 4S2 4 52 1 Hl-lb 135 M143 HSS3x3x3 .019 36 9 .004 0 V 9 51.2 52.06 4.52 4.52 1,„ Hl-lb 136 M144 Hssaiflxa .028 36 9 .004 0 y 9 51.2 53 06 4.52 452 1 7 H1-1b 137 M14S HSS3x3x3 .042 36 9 .006 18.38 7 9 51.2 52.06 4.52 4.52 1„, Hl-lb 138 M14e Hssax3xa .051 36 9 .006 18 7 9 51.2 52.06 4.53 4.52 7 Hl-lb 139 M147 HSS3x3x3 .063 0 9 .009 18.38 7 9 51.2 52.06 4.52 4.52 2 Hl-lb 140 Mi4a Hssaxaxa .082 36 9 .013 18 Z 9 51.2 52.06 4.S2 4.52 2„ Hl-lb 141 Mi4g HSS3x3x3 .062 0 9 .008 18 7 9 51-2 52.06 4.52 4.52 1 9 Hl-lb 142 M1S4 HSS3x3x3 .204 0 9 .036 0 z 9 48.69 52.06 4.52 4.52 2 HMb 143 MISS HSS3x3x3 .140 0 9 .029 0 7 9 48.69 5706 4.52 4.52 2 Hl-lb 144 M156 HSS3x3x3 .218 36 9 .041 0 7 9 48.69 52.06 4.52 4 52 73 Hl-lb 145 Ml 57 HSS3x3x3 .136 36 9 .029 0 Z 9 48.69 52.06 4.52 4.52 2„, Hl-lb 146 Misa HSS3x3x3 .100 0 9 .006 0 z 9 39.97 52.06 4.52 4 52 1„, Hl-lb 147 Misg HSS3x3x3 .070 0 9 .004 0 V 4 37.79 52.06 4.52 4.52 7 Hl-lb 148 M160 HSS3x3x3 056 0 9 .002 0 V 4 37.79 57.06 4.52 452 7 Hl-lb 149 M161 HSS3x3x3 .049 0 9 .003 0 V 9 37.79 52.06 4.52 4.52 2„, Hl-lb 150 Mies HSS3x3x3 .041 0 9 .004 0 y 9 37.79 52.06 4.52 4 52 ? Hl-lb 151 M163 HSS3x3x3 .029 0 9 .006 0 V 9 37.79 52.06 4.52 4.52 2 H1-1b 152 M164 HSS3x3x3 .018 0 6 .006 0 V 9 37.68 52.06 4.53 4.52 2„ Hl-lb 153 M165 HSS3x3x3 .028 0 9 .006 0 V 2 37.68 52.06 4.52 4.52 2, H1-1b 1S4 Miee HSS3xaxa .045 0 9 .006 0 y 2 37.79 S2.06 4.52 4.52 2 Hl-lb 155 M167 HSS3x3x3 .062 0 9 .005 0 V 3 37.79 52.06 4.52 452 1„, Hl-lb 1S6 M168 HSS3x3x3 .068 78.74 9 .002 78.74 y 9 37.79 52.06 4.S3 453 1,4 Hl-lb 157 Mieg HSS3x3x3 .074 78.74 9 .003 78.74 V 9 37.79 52 06 4.52 4.52 1 Hl-lb 158 M170 HSS3xaxa .088 78.74 9 OPS 78.74 y 9 37.79 52.06 4.52 4.S2 2,3 H1-1b 159 M171 HSS3x3x3 .101 71.51 9 .003 0 z 9 39.97 52.06 4.52 4.52 1... H1-1b 160 M173 KSS3x3v3 .070 0 9 .006 0 7 9 46.14 52.06 4S2 4 S3 74 Hl-lh 161 M173 HSS3x3x3 .061 0 9 .006 0 V 9 38.02 52.06 4.52 4.S3 2„, H1-1b 163 M174 Hssaxax3 .048 0 9 .003 0 y 4 38.02 52.06 4.S2 452 7 Hl-lh 163 M175 HSS3x3x3 .041 0 9 .002 0 V 9 38.02 52.06 4.52 4.52 2... HMb 164 M17e Hssaxaxa .038 0 9 .003 0 V 4 38.02 52 06 452 452 7 Hl-lh 165 M177 HSS3x3x3 .034 0 9 .004 0 V 4 38.02 52.06 4.52 4.52 1... Hl-lb 166 M17a HSS3x3x3 .025 0 9 .004 0 V 4 38.02 52.06 4.52 4.52 1„, Hl-lb 167 M17g HSS3x3x3 .020 0 2 .004 0 V 4 37.79 52.06 4.52 4.52 1„, H1-1b 168 M18P HSsaxaxa .022 0 g .004 0 V 4 38.02 52.06 4.52 4.52 1,., HMb 169 Miai HSS3x3x3 .034 0 g .003 0 V 4 38.02 52.06 4.52 4.52 1„, Hl-lb 170 M183 Hssaxax3 .044 77.gg g .003 77.99 V 3 38.02 52.06 4.52 452 1 H1-1h 171 Miaa HSS3x3x3 .051 77 gg 9 .002 77.99 V 3 38.02 52.06 4.52 4.52 1 Hl-lb 172 Ml 84 HSS3x3x3 .062 77.gg 9 .004 77.99 V 9 38.02 52.06 4.52 4.53 7 Hl-lb 173 Ml 85 HSS3x3x3 .073 fl 9 .005 77.9g V 4 38.02 52.06 4.52 4.52 7 Hl-lb 174 Miae HSS3x3x3 .094 48.32 9 .007 0 z 9 46.14 52,06 4.52 4,52 1... HMb RISA-3D Version 12.0.2 [\\MBI-FILE\MBl-Operatlons\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - Model_3.r3d] Page 28 112 Of 141 MBI RJD 140061.132r1 Carlsbad Welcome Sign S-1 Nov 18, 2014 at 10:20 PM 140061-132r1 - Model 4.r3d 113of 141 IIRISA T E C H N L 0 G I E S Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Global Display Sections for Member Calcs 5 Max Intemal Sections for Member Calcs 97 Include Shear Deformation? Yes Include Warping? Yes Trans Load Btwn Intersecting Wood Wall? Yes Increase Nailing Capacitv for Wind? Yes Area Load Mesh (in*2) 144 Merge Tolerance (in) .12 P-Derta Analvsis Tolerance 0.50% Include P-DeKa for Walls? Yes Autgmaticly Iterate Stiffness for Walls? Yes Maximum Iteration Number for Wall Stiffness 3 Gravitv Acceleration (in/sec''2) 386.4 Wall Mesh Size Cm) 12 Eigensolution Converqence Tol. (1 .E-) 4 Vertical Axis Y Global Member Orientation Plane XZ Static Solver Sparse Accelerated Dynamic Solver Accelerated Solver Hot Rolled Steel Code AISC 14th(360-10): ASD Adiust Stiffness? Yes(lterative) RISAConnection Code AISC 14th(360-10): ASD Cold Fomned Steel Code AISI S100-10:ASD Wood Code AF8.PA NDS-12: ASD Wood Temperature <100F Concrete Code ACI 318-11 Masonrv Code ACI 530-11: ASD Aluminum Code AA ADM1-10; ASD - Building Number of Shear Regions 4 Region Spacinq Increment (in) 4 Biaxial Column Method Exact Integration Parme Beta Factor (PCA) .65 Concrete Stress Biock Rectangular Use Cracked Sections? Yes Use Cracked Sections Slab? Yes Bad Framing Wamings? No Unused Force Wamings? Yes Min 1 Bar Diam. Spacing? No Concrete Rebar Set REBAR SET ASTMA615 Min % Steel for Column 1 Max % Steel for Column 8 Seismic Code ASCE 7-10 Seismic Base Elevation (in) Not Entered Add Base Weight? Yes Ctz .02 Ctx .02 TZ(sec) Not Entered T X (sec) Not Entered RZ 3 RX 3 Ct Exo. Z .75 Ct Exp. X .75 SDI .46 SDS .79 SI .44 TL (sec) 8 Risk Cat lorll OmZ 1 OmX 1 RhoZ 1 RhoX 1 Joint Coordinatos and Tomporaturos 1 Nl 940.5317 216.9553 0 0 2 N3 871.7787 224.7096 0 0 3 N4 911.172g 265.3215 0 0 4 N9 841.5207 272.5183 0 0 5 NIO 631.9273 286.270 0 0 6 Nil 664.8185 240.242 0 0 7 N12 561.9321 288.2506 0 0 8 N13 595.6783 242.8367 0 0 9 N14 771.7461 278.4115 0 0 10 NIS 802.8928 231.1760 0 0 11 N16 701.8735 282.9989 0 0 12 N17 733.898 236.355 0 0 13 N54 351.0727 286.279 0 0 14 NSS 387.3218 242.8367 0 0 15 N56 281.1266 282.9989 0 0 16 NS7 318.1816 240.242 0 0 17 Nsa 491.5 288.913 0 0 18 N59 526.5017 244.1381 0 0 R1SA-3D Version 12.0.2 [\\MBI-FlLE\MBI-Operations\Engineering\Signs\Projects\2014\140061M40Q61-132r1\140061-132r1 - ModeL4.r3d] Page 1 114 Of 141 llRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Joint Coordinatos and Tomporaturos (Continuod) 19 N60 421.068 2882506 0 0 30 1^1 456.4984 244.1381 0 0 21 N62 249.1021 236.355 0 0 22 Ne3 42.4684 216.9553 0 0 23 N64 71.8272 265.3215 0 0 24 Ne7 iafl1fl73 231.1769 fl 0 25 N68 211.254 278.4115 0 0 26 Neg 111.2214 2747096 0 0 27 N70 141.4794 272.5183 0 0 28 N57A 940.5317 216.9553 18 0 29 N59A 871.7787 224.7096 18 0 30 N60A 911.1729 265.3215 18 0 31 NeiA 983 2565169 18 0 32 Ne2A 983 211.5134 18 0 33 N63A 841.5207 272.5183 18 0 34 N64A 631.9273 286.279 18 0 as N65A 664.8185 240.242 18 0 36 NeeA 561.9321 288.2506 18 0 37 N67A 595.6783 242.8367 18 0 38 NeSA 771.7461 278.4115 18 0 39 N69A 802.8928 231.1769 18 0 40 N70A 701.8735 282.9989 18 0 41 N71 733.898 236.355 18 0 43 Nae 491.5218 299.4442 18 0 43 N89 0 211 5169 18 0 44 N90 0 256.5169 18 0 45 N91 351 0727 286.278 18 0 46 N92 387.3218 242.8367 18 0 47 Nga 281.1266 282.gg89 18 0 48 Ng4 318.1816 240.242 18 0 49 Ngs 491.5 288.913 18 0 SO N96 526.5017 7441381 18 0 51 Ng? 421.068 288.2506 18 0 5? N98 456.4984 744.1381 18 0 53 Ngg 249.1021 236.355 18 0 54 N100 42.4684 216.9553 18 0 55 N101 71.8272 265.3215 18 0 56 N103 18fl1fl73 231.1769 18 0 57 N104 211.254 778.4115 18 0 58 N10S 111.2214 224.7096 18 0 59 N106 141.4794 277.5183 18 0 60 N105A 94fl.5317 216.9SS3 -18 0 61 N106A 871.7787 224.7096 -18 0 63 N107 911.1729 365.3315 -18 0 63 N108 983 256.5169 -18 0 64 N109 933 311.5134 -18 0 65 N110 841.5207 272.5183 -18 0 66 N111 631.9273 386.379 -18 0 67 N112 664.8185 240.242 -18 0 68 N113 561.9321 288.3506 -18 0 69 N114 595.6783 ?4?.8367 -18 0 70 Nils 771.7461 378.4115 -18 0 71 N116 802.8928 731 1769 -18 0 73 N117 701.8735 sasggag -18 0 73 N118 733.898 736.355 -18 0 74 N120 0 211.5166 -18 0 75 N121 0 256.5166 -18 0 76 N122 351.0727 286.379 -18 0 77 N123 387.3218 242.8367 -18 0 78 N124 281 1266 sas.ggag -18 0 79 N12S 318.1816 240.242 -18 0 80 N126 491.5 388.913 -18 0 81 N127 526.5017 244.1381 -18 0 83 N12a 471.068 288.3506 -18 0 83 N129 456.4984 244.1381 -18 0 84 N130 249.1021 236.355 -18 0 85 N131 42.4684 216.9553 -18 0 86 N132 71.8272 365.3315 -18 0 87 N133 180.1073 231.1769 -18 0 88 N134 211.254 278.4115 -18 0 89 N135 111.2214 224.7096 -18 0 90 N136 141.4764 7775183 -18 0 91 N137 10.5 212.861504 18 0 93 N138 10.5 257.S039g3 18 0 93 N139 10.5 212.861504 -18 0 94 N140 10.5 2S7.S03993 -18 0 95 N141 072.5 257 803995 18 0 96 N142 972.5 212.858873 18 0 97 N143 9725 257.803995 -18 0 98 N144 972.5 212.858873 -18 0 gg N128A 306.5218 299.4442 18 0 100 N128B 676.5218 299.4442 18 0 101 N11SA 306.5218 234.4442 18 0 103 N116A 676.5218 234.4442 18 0 103 Nil SB 491.5218 234.4442 18 0 R1SA-3D Version 12.0.2 [\\MBl-FlLE\MBl-Operations\Engineering\Signs\Projects\2014\140C61\140061-132r1\140061-132r1 - Model_4.r3d] Page 2 1150f 141 llRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Joint Coordinatos and Tomporaturos (Continuod) 104 NiieB 611.5218 299.444? 18 0 105 N117A 611.5218 234.4442 18 0 106 N118A 546.5218 299.4442 18 0 107 Niig 546.5218 234.4442 18 0 108 N130A 481.5218 299.4442 18 0 109 N121A 481.5218 234.4442 18 0 110 N134A 306.5218 299.4442 -18 0 111 N12SA 676 5218 29g.4442 -18 0 112 N126A 306.5218 234.4442 -IS 0 113 N127A 676.5218 234.4442 -18 0 114 N114A 0 256.5166 0 0 115 N11SC 0 211.5166 0 0 116 N118C 983 211.5134 0 0 117 N117B 983 256.5166 0 0 Hot Rollod Stool Dosign Paramotors label Shape lengthen] Lbyy[in] -Lbzz[inJ_ Lcomp top[in] Lcomp botpn] L-torque Kzz Cb Function MS HSS4X3X1/4 42.815 Segment Segment Lbw latscaL latecaL Me HSS4x3xi;4 69-180 Segment Segment Lbyy _M2_ HSS4x3x1/4 egisg Segment Segment Lbw lateral M8 HSS4x3x1M 69-189 Segment Segment Lbyy latetaL M9 H.SS4x3x1/4 69-189 Segment Segment Lbw latecal MIQ HSS4x3x1/4 69.189 Segment Segment Lbyy l.aI»aL Mil HSS4x3x1/4 eg-isg Segment Segment latecal M12 HSS4xax1/4 70.003 Segment Segment Lbyy -LateiaL M13 HSS4x3x1/4 eg.isg Segment Segment latecal JA M14 HSiS4xax1/4 69.188 Segment Segment Lbyy latecaL Jl-M15 HSS4X3X1/4 69.169 Segment Segment -LatecaL -12-Mia HS84x3xl/4 69.189 Segment Segment Lbyy latecaL _1A M17 HSS4X3X1/4 eg.iag Segment Segment latecaL -14-M18 HSS4xax1<4 69.189 Segment Segment Lbyy latecaL JA M19 HSS4x3x1/4 42816 Segment Segment Lbw latecaL JA M20 HSS4x3x1?4 72.365 Segment Segment Lbyy latecaL J2_ M21 HSS4x3x1/4 70.023 Segment Segment Lbw latecal JA M33 HSS4xaxi;4 70.033 Segment Segment Lbyy latecal -lA M23 HS^S4x3x1/4 70.023 Segment Segment lateral -2Q_ M24 HSS4x3xi;4 70.023 Segment Segment Lbyy lateial -21-M25 HSS4x3x1/4 70.023 Segment Segment Lbw lateial -22-M26 HSS4x3x1/4 70,435 Segment Segment Lbyy lateial _2A M27 HSS4X3X1/4 70.435 Segment Segment Lbw latscal -24-Msa HSS4x3x1/4 70,033 Segment Segment Lbyy latecal -2A M29 HSS4x3x1/4 70.023 Segment Segment Lbw latecal -2A M30 HSS4xax1/4 70.023 Segment Segment Lbyy Lateral j,atscaL -22-M31 HSS4X3X1/4 70.023 Segment Segment Lbw -2a_ M32 HSS4x3x1f4 70,023 Segment Segment Lbyy latecaL -2A M33 HSS4X3X1/4 72,365 Segment Segment Lbw latecal _3flL M35 HS84x2x1f4 58.04 Segment Segment Lbyy Lateral latecaL AL M3e HSiUx2x1/4 56,579 Segment Segment -32-M37 HSS4X2X1/4 56.579 Segment Segment Lbyy latscaL A3_ M38 HSS4x2x1/4 56.579 Segment Segment latecal A4- JJ5_ M39 M40 HSB4X2X1M HSS4x2x1/4 56.579 56.579 Segment Segment Segment Segment Lbyy Lbw latmaL latecaL AA. M41 HaS4x2x1/4 56.579 Segment Segment Lbyy lataaL -32-M42 HSS4x2x1/4 56.579 Segment Segment Lbw latecal -38-M43 HSS4y2x1/4 56.579 Segment Segment Lbyy latecal -33-M44 HSS4x3x1/4 56.579 Segment Segment Lbw latecaL _40_ M45 HSS4x3x1<4 56.579 Segment Segment Lbyy latecaL -41. M46 HS.S4y2x1/4 56.579 Segment Segment Lbw latecaL -42-M47 HSS4X2X1M 56.579 Segment Segment Lbyy lateiaL -4A M48 HSS4X2X1/4 56,832 Segment Lbw latecal -44-M49 HSS4x2xi;4 -S6.832-Segment Segment Lbyy latei^ _4A MSO HSS4x2x1/4 56.579 Segment Segment Lbw latecal -46-M51 H8S4x2xi;4 56.579 Segment Segment Lbyy Lateral latecaL -42-MS2 HSS4x2x1/4 56.579 Segment Segment Lbw .JB- _4A M53 M54 HSS4x2x1M 56.579 HSS4x2x1/4 56.579 Segment Segment Segment Segment Lbyy Lbw Lateral latecal AO-M55 HSS4x2xl/4 56,579 Segment Segment Lbyy J-ateial -51. M56 HSS4x2x1/4 56.S7g Segment Segment lbw latecal -52-M57 HSS4x3x1/4 56.579 Segment Segment Lbyy lateial -53-M58 HSS4X2X1/4 56.579 Segment Segment Lbw latecal -54-M59 M60 HSS4x2x1/4 56.579 HSS4x2x1/4 56.579 Segment Segment Segment Segment Lbyy Lbw l-atecal Xatecal A6_ M61 HSS4x2x1M 56.579 Segment Segment Lbyy Lateral XateiaL A2_ M62 HSS4x2x1/4 58,04 Segment Segment Lbw _5a_ M64 HSS4x3x1/4 42.815 Segment Segment -Lhyy-XateiaL -SA MSS HSS4x3x1/4 69,189 Segment Segment Lbw latecal -6A M66 HSS4»3x1/4 69.189 Segment Segment Lbyy XateiaL -61. M67 HSS4x3x1/4 69,189 Segment Segment Lbw l.atecaL -62. M68 HSS4x3xi;4 69.189 Segment Segment Lbyy lateial -6A M69 HSS4x3x1/4 69.189 Segment Segment Lbw XatecaL -B4-M7Q HSS4x3x1/4 69.189 -SagmenL Segment Lbyy lateral _6A M71 HSS4x3x1/4 70.003 Segment Segment Lbw lateial _BA M72 HSS4x3xV4 69.189 Segment Segment Lbyy lateral 67 M73 HSS4x3x1/4 69.189 Segment j^gmenl-Lbyy lateral R1SA-3D Version 12.0.2 [\\MBI-FlLE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - Model_4.r3d] Page 3 116of 141 llRISA C H N 0 L 0 Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Hof Rollod Stool Dosign Paramotors (Continuod) 68 M74 HSS4x3xi;4 69.189 Segment Segment Lbyy Lateral 69 M75 HSS4x3x1/4 69.189 Seament Segment Lbw Lateral 70 M76 HSS4x3xi;4 69.189 Segment Segment Lbyy Lateral 71 M77 HSS4x3x1/4 eg.iag Segment Segment Lbw Lateral 73 M78 HSS4x3x1/4 42.816 Segment Segment Lbyy Lateral 73 M7g HSS4x3x1/4 72.365 Segment Segment Lbw Lateral 74 M80 HSS4xaxi;4 70.023 Segment Segment Lbyy Lataral 75 MSI HSS4x3x1/4 70.023 Segment Segment Lbw Lateral 76 MSS HSS4x3x1/4 70.023 Segment Segment Lbyy Lateral 77 M83 HSS4x3x1/4 70.023 Segment Segment Lbw Lateral 78 Ma4 HSS4x3x1/4 70.023 Segment Segment Lbyy L.ateral 79 Mas HSS4x3x1/4 70.435 Segment Segment Lbw lateral 80 Mae HSS.S4x3x1/4 70.435 Segment Segment Lbyy Latnrfll 81 M87 HSS4x3x1/4 70.023 Segment Segment Lbw Lateral 83 M8a HSS4x3x1/4 70.023 Segment Segment Lbyy Lateral 83 Mag HSS4x3x1/4 70.023 Segment Segment Lbw Lateral 84 M9e HSS4x3x1/4 70.023 Segment Segment Lbyy Lateral as Mgi HSS4x3x1/4 70.023 Seament Segment Lbw Lateral 86 Mas HSS4x3x1M 72.365 Segment Segment Lbyy Lateral 87 Mg4 HSS4x2x1/4 58.04 Seament Segment Lbw Lateral 88 Mas HSS4x2x1/4 56.576 Segment Segment Lbyy Lateral 89 Mge HSS4x2x1/4 S6.S7g Segment Seament Lbw Lateral 90 M97 HSS4XSX1/4 se.s7g Segment Segment Lhyy Lateral 91 M98 HSS4x2x1/4 56.579 Segment Segment Lbw Lateral 93 M9g HS!34x?x1/4 56.579 Segment Segment 1 hyy 1 flteral 93 MIOO HSS4x2x1/4 56.579 Segment Segment Lbw lateral 94 M101 HSS4x3x1/4 56.579 Segment Segment Lhyy Lateral 95 MIOS HSS4x3x1/4 56.579 Seament Segment Lbw Lateral 96 Mloa HSS4xSx1/4 56.579 Segment Segment Lhyy Lateral 97 M104 HSS4xSx1/4 56.579 Segment Seament Lbw Lateral 98 M165 HSS4xSx1/4 56.579 Segment Segment Lhyy Lateral gg M106 HSS4x3x1/4 56.579 Seament Seament Lbw Lateral 100 M1Q7 HSS4x2x1/4 56.832 Segment Segment Lhyy Lateral 101 MIOS HSS4x2x1/4 56.832 Seament Seament Lbw Lateral 103 Mf09 HSS4x3x1/4 56.579 Segment Segment Lhyy Lateral 103 M110 HSS4x2x1/4 56.579 Seament Seament Lbw Lateral 104 Mill HSS4x3x1/4 56.579 Segment Segment Lhyy Laterat 105 M11S HSS4x2x1/4 56.579 Segment Seament Lbw Lateral 106 M113 HS^S4x?x1/4 56.579 Segment Segment Lbyy Lateral 107 M114 HSS4x2x1/4 56.579 Segment Seament Lbw Lateral 108 M11S RSS4x2xi;4 56.579 Segment Segment Lbyy 1 aferat 109 M116 HSS4x7x1/4 56.579 Segment Seament Lbw Lateral 110 Ml 17 HSS4x3xli4 56.579 Segment Segment Lhyy Lateral 111 M118 HSS4x3x1/4 56.579 Segment Seament Lbw Lateral 113 Mil 9 HSS4x3x174 Sa.S79 Segment Segment Lhyy [•ateral 113 Ml Sfl HSS4x2x1/4 56.579 Segment Seament Lbw Lateral 114 M121 HSS4x3x1/4 58.04 Segment Segment Lhyy Lateral 115 Ml S3 HSS3x3x3/16 36 Segment •Seament Lbw Lateral 118 M124 HSS3x3x3/16 36 Segment Segment Lhyy Lataral 117 M125 HSS3x3x3/16 36 Segment Segment Lbw Lateral 118 Mise HSS3x3x3/16 36 Segment Segment Lhyy Lateral 119 Ml 27 HSS3x3x3/16 36 Segment Segment Lbw Lateral 130 Mi2a HSS3x3x3/16 36 Segment Segment Lhyy Lateral 121 Ml 29 HSS3x3x3/ie 36 Segment Segment Lbw Lateral 123 M13Q HSS3x3x3/ie 36 Segment Segment Lhyy Lateral 123 Ml 31 HSS3x3x3/16 36 Segment Segment Lbw Lateral 124 M132 HSS3x3x3/16 36 Segment Segment Lbyy Lateral 125 Ml 33 HSS3x3x3/16 36 Segment Segment Lbw Lateral 128 M134 HSS3x3x3/ie 36 Segment Segment Lhyy Lateral 127 M135 HSS3x3x3/16 36 Segment Segment Lbw Lateral 138 M136 HSS3x3xa/ie 36 Segment Segment Lhyy Lateral 129 M137 HSS3x3x3/ie 36 Segment Segment Lbw Lateral 130 Misa HSa3x3x3/16 36 Segment Segment Lhyy [.ateral 131 M139 HSS3x3x3/16 36 Segment Segment Lbw Lateral 133 MMO HSS3x3x3rt6 36 Segment Segment Lhyy Lateral 133 M141 HSS3x3x3/16 36 Segment Segment Lbw Lateral 134 Ml 42 HSS3x3x3/ie 36 Segment Segment Lhyy Lateral 135 M143 HSS3x3x3/16 36 Segment Segment Lbw Lateral 136 M144 HSS3x3x3/ie 36 Segment Segment Lhyy Lateral 137 MUS HSS3x3x3/16 36 Segment Segment Lbw Lateral 138 Mi4e HSSax3x3;i6 36 Segment Segment Lbyy Lateral 139 M147 HSS3x3x3/16 36 Segment Senment Lbw Lateral 140 M148 HSSaxax3/16 36 Segment Segment Lhyy Lateral 141 M149 HSS3x3x3/16 36 Segment Seament Lbw Lateral 143 M1S4 HSS3x3x3/16 36 Segment Segment Lbyy Lateral 143 MISS HSS3x3x3/16 36 Segment Seament Lbw Lateral 144 Mise HSS3x3x3/16 36 Segment Segment Lhyy Lataral 145 Ml 57 HSS3x3x3/16 36 Segment Seament Lbw Lateral 146 Misa Hssaxaxa/ie 71.509 Segment Segment Lbyy Lateral 147 Ml 59 HSS3X3X3/16 78.735 Seament Seament Lbw Lateral 148 M16Q HSS3xax3/16 78.735 Segment Segment Lbyy Lateral 149 M161 HSS3x3x3/16 78.735 Seament Seament Lbw Lateral 150 M162 HSS3xax3/16 78.735 Segment Segment Lbyy Lateral 151 M163 HSS3x3x3/16 78.735 Segment Segment Lbw Lateral 152 M164 HSS3xaxa/16 79.102 Segment Segment Lhyy Lateral RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Proiects\2014\140C61\140061-132r1\140061-132r1 - Model_4.r3d] Page 4 1170f 141 llRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Novis, 2014 Checked By: LJC Hot Rollod Stool Dosign Paramotors (Continuod) label Shape Lengthen] Lbyylin] _Lbz4inL lcomp top[in] Lcomp bot[in] L-torque... Ky/ Kzz -Cb-Function 153 M165 HSS3x3x3/16 79.102 Seament •Segment Lbw Latecal 154 M166 HSS3x3x3/16 78.735 Segment Segment Lbyy l.atecaL 155 M167 HSS3x3x3/16 78.735 Segment Segment Lbw latecal 156 M168 HSS3x3x3/16 78.735 Segment Segment Lbyy -Lateral 157 M169 HSS3x3x3/16 78.735 Segment Segment Lbw -Lateral 158 M170 HSS3x3x3/16 78.735 Segment Segment Lbyy -Lateral 159 M171 HSS3x3x3/16 71,509 Segment Segment Lbw -Lateral 160 161 M17S M173 HSS3»3x3/ie 48.319 HSS3x3x3/16 77.994 Segment Segment Segment Seament Lbyy Lbw J.atBcaL l.ate[aL JB2-M174 HSS3x3x3/16 77.994 Segment Segment Lbyy Inderal 163 M175 HSS3x3x3/16 77.994 Segment Seament latecaL 164 165 M176 M177 HSS3x3x3/16 HSS3x3x3/16 77.994 77.994 Segment Segment Segmeni Segment Lbyy latecaL latecaL 166 M178 HSS3x3x3/ie 77.994 Segment Segment Lbyy l.atficaL JB2-M179 HSS3x3x3/16 78.718 Seament Seament Lbw -Latecal 168 Miao HSS3X3X3/16 77.994 Segment Segment Lbyy j.atficaL JBA M181 HSS3x3x3/16 77.994 Seament Seament Lbw -Latecal 170 M18S HSS3X3X3/16 77.994 Segment Segment Lbyy XatecaL JZL M183 HSS3x3x3/16 77.994 Seament Seament Lbw J.atficaL 173 173 M184 MISS HS33x3x3/16 HSS3x3x3/16 77.994 77.994 Segment Seament Segment Seament Lbyy Lbw XatffiaL latecal 174 175 Ml 86 M175A HSS3xaxa/ie HSS4-1/2X3/8 48.319 AA Segment Segment Lbyy Lbw XateraL latecal JZA M17eA HSS4-i/3xaa -3A Lbyy XatecaL 177 M177A HSS4-1/2x3;8 _3A Lbw Latecal 178 M178A HSS4-1/2X3/8 -3A Lbyy latecaL Hof Rollod Stool Soction Sots -LabeL Shape Type Design I iat Material Design Rule: A [in21 lyy [in4] Izz [in4] .1 [in4] HSS14X14X1/2 HSS14x14x8 Column SouareTube ASOO GrB Rect Tvnieal 24.6 743 743 1170 HSS8-5;ax1/4 HSS8.e35xO.S50 Column HSS Pipe ASOO Gr.B RND Typical 6.14 54.1 54.1 108 HSS4x3x1/4 HSS4x3x1/4 HSS3x3x3/ie HSS4-1/3x3;a Dummy HSS4x3x4 HSS4x3x4 Beam RECT HSS3x3x3 HSS4.5PPxO.37S Hssaassxflssfl Beam Beam Beam Column RECT SouareTube HSS Pipe HSS Pipe ASOO Gr.B Reel Typical 291 3.91 ASOO Gr.B Rect ASOO GrB Reel A500 Gr.B RND ASOO GrB RND Typical 2.44 1.48 Typical Typieal Typical 1,89 4.55 6.14 2,46 9.87 54,1 6,15 4.49 2,46 9.87 .54 1 3.82 4.03 19.7 108 Basic Load Casos Rl r. Description Category X Gravity Y Gravity Z Gravity Joint Point Distributed AreafMe Surface(P. Dead Load DL J- WlndLoadA WL 114 Wind Load B Wind Load C Seismic Tnjck Induced Wind L.. WL -EL-WL 174 172 BLC 1 Transient Area None 224 BLC 2 Tiansleftt Araa. None 112 BLC 3 Transient Area. None 112 JA BLC 4 Tfantlerit Area. None 129 -11. BLC S Tranaienl Area. None 224 _12-BLC a Transient Area . None 112 Load Combinations 1 LCI Yes Y .| 1 7 1 ,6 1 2 LC2 Vea Y .] 1 3 1 .6 1 3 LC3 Yes Y 1 4 1 .6 4 LC4 Yes Y .] 1 5 .7 1 5 LCS Yes Y .) .6 2 ,6 1 6 LC8 Yes Y .] .6 3 ,6 1 7 LC7 Yes Y .6 4 .6 a Lca Yes Y .) 6 5 ,7 9 LC9 Yes Y 1 1 6 1 Momhor Distributod Loads (BLC 2 : Wind Load A) Member I abel Direction start Maflnitude[lb/B,F] End Magnitude[lb/ft,F] start Location[in,%l Fnd I ncatinn[in,%] M35 -10 Jfl- M36 Jfl-Jfl- M37 Jfl-Jfl- M38 Jfl-JO- M39 Jfl-Jfl- M40 JA JA M41 Jfl-Jfl- M42 JA JA M43 JA JQ- -lA M44 JA JA M4S JA JA J2-M4e JA JA JA M47 JA JA RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140C61\14CC61-132r1\140061-132r1 - Model_4.r3d] Page 5 118of 141 Company iOlCA Designer J<*Nu"iber 1 L 0 G I E s Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Novis, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 2: Wind Load A) (Continuod) 14 M48 Z -10 -10 P 0 15 M4g Z -10 -10 0 0 16 MSO z -10 -10 0 0 17 M51 z -10 -10 0 0 18 M52 z -10 -10 0 0 19 MS3 z -10 -10 0 0 20 MS4 z -10 -10 0 0 21 MSS z -10 -10 0 0 22 M56 z -10 -10 0 0 23 M57 z -10 -10 0 0 24 Msa z -10 -10 0 p 25 Msg z -10 -10 0 0 36 Meo z -10 -10 0 p 37 M61 z -10 -10 0 0 28 M63 z -10 -10 0 0 29 Mg4 z -10 -10 0 0 30 Mas z -10 -10 0 p 31 Mge z -10 -10 0 0 32 M97 z -10 -10 0 p 33 Mga z -10 -10 0 p 34 Mgg z -10 -10 0 0 35 MIOO z -10 -10 0 0 36 M101 z -10 -10 0 0 37 M102 z -10 -10 0 0 .38 Ml 03 7 -10 -10 fl fl 39 M104 z -10 -10 0 0 40 MIPS z -10 -10 0 0 41 M106 z -10 -10 0 0 42 M107 z -10 -10 0 0 43 MIOS z -10 -10 0 0 44 M109 z -10 -10 0 0 45 M110 z -10 -10 0 0 46 Mill z -10 -10 0 0 47 M112 z -10 -10 0 0 48 Ml13 z -10 -10 fl 0 49 M114 z -10 -10 0 0 SO M115 z -10 -10 0 0 51 M116 z -10 -10 fl 0 52 Ml 17 z -10 -10 0 fl S3 Miia z -10 -10 0 0 54 M119 z -10 -10 0 0 55 Ml 20 z -10 -10 0 0 56 M131 z -10 -10 0 0 57 MS z -14 -14 0 0 58 Me z -14 -14 0 0 59 M7 z -14 -14 0 0 60 M8 z -14 -14 0 D 61 M9 z -14 -14 0 0 62 MIO z -14 -14 0 0 63 Mil z -14 -14 0 0 64 M13 7 -14 -14 0 fl 65 M13 z -14 -14 0 0 66 M14 z -14 -14 0 0 67 MIS z -14 -14 0 0 68 M16 z -14 -14 0 p 69 M17 z -14 -14 0 0 70 M18 z -14 -14 0 0 71 Mig z -14 -14 0 0 72 M20 z -14 -14 0 0 73 M21 z -14 -14 0 0 74 M22 z -14 -14 0 0 75 M23 z -14 -14 0 0 76 MS4 z -14 -14 0 0 77 MSS z -14 -14 0 0 78 M26 z -14 -14 0 0 79 M27 z -14 -14 0 0 80 M2a z -14 -14 0 0 81 M29 z -14 -14 0 0 82 M30 z -14 -14 0 0 83 M31 z -14 -14 0 0 84 Ma2 z -14 -14 0 0 85 M33 z -14 -14 0 fl 86 M64 z -14 -14 0 p 87 Mes z -14 -14 0 fl 88 M66 z -14 -14 0 p 89 M67 z -14 -14 0 0 90 Mea z -14 -14 0 0 91 M69 z -14 -14 0 0 92 M70 z -14 -14 0 0 93 M71 z -14 -14 0 0 94 M72 z -14 -14 0 0 95 M73 z -14 -14 0 0 96 M74 z -14 -14 0 0 97 M75 z -14 -14 0 0 98 M76 z -14 -14 0 0 RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140C61\140061-132r1\140061-132r1 - Model_4.r3d] Page 6 119 of 141 ff^iS^\ TECHNOLOG Company Designer Job Number , E s Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 2 : Wind Load A) (Continuod) Member Label Direction Start Magnitude[lb/ft,F] End Magnitude[lb/ft,F] Start Location[in,%] End Location[in,%] AA M77 -14 -14 100 M78 -14 101 M79 J4_ J4- 102 Mao J4-•14 103 M81 J4-J4- 104 _MB2-J4-•14 105 Maa J4- 106 Ma4 J4-•14 107 MSS J4_ J4- 108 M86 Jt. J4- 109 M87 J4-•14 JIA M88 J4--14 111 -MBA -14 -14 112 M90 J4--14 113 M91 J4-J4- 114 M92 J4-J4- Mombor Distrihutod Loads (BLC 3 : Wind Load B) Member Label Direction Start Magnilude[lb/ft,F] End Magnitude[lb/ft,F] Slart Locatlon[ln,%] End LocatlQn[in,%] M20 J4_ J4_ -MA J4_ M21 J4-J4- _UA -14 -14 M22 -14 -14 -M2--14 -14 M23 J4-J4- _11A -14 -14 Mg -14 -14 JUL M24 -14 -14 Jl. M25 J4_ J4- JA M2e J4--14 JA M10 -14 -14 J14_ Mil -lA MS7 J4-J4_ JA MSS J4-•14 JZ. Msg J4- -lA M30 JA M12 J4_ J4- _2A M13 -21. M14 J4- _22_ M15 J4^ J4- -2A M31 J4_ J4- -24-Mie •14 -14 -2A M17 J4-•14 26 M32 J4- -2Z. M33 J4- -2A M18 -2A M19 J4L. J4- A0_ Mas JA JA _31_ M3e -10 JA -32-M37 JA JA -3A _M3A -10 -10 A4_ M39 JA JA _3A M40 JA JA AA M41 JA JA 37 M42 -JQ- -3A M43 JA JA -3A M44 JA JA -4A M4S JA JA -41. M46 -10 -10 -42- JA M47 JA JA M48 JA M49 JA JA -4A MSO JA JA JA MSI JA -10 JZ. -M52-JA -10 JA M53 JA -10 JA M54 -10 -10 -SA MSS JA Jfl- AL M56 JA -10 -52-MS7 JA -10 -SA Msa JA JA -54-MS9 JA JA -5A M60 JA JA -SA M61 JA -10 -52-M62 JA JA -SA Me4 -14 -SA M65 -6A -JM6A -14 Al-M67 -6A M68 -14 -6A M69 -64-M70 -14 J4- -6A M71 -14 J4- 66 M72 -14 J4- RISA-3D Version 12.0.2 [\\MBI-FlLE\MBl-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - Model_4.r3d] Page? 120 of 141 RiSA TECHNOLO Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 1S, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 3 : Wind Load B) (Continuod) Member Label Direction Start Magnitude[lb/ft,F] End Magnitude[lb/tl,F] Slart Localion[in,%] End Location[in,%] -62-M73 J4-J4- M74 J4--14 -6A M75 J4-J4- -2A M76 -14 J4- 71 M77 -14 J4- _22_ M7a -14 -14 -ZA M79 Jl. J4_ J24-M8Q -14 -14 -2A M81 Jt. J4- -2A M82 J4-JA -ZZ. -MBA J4-J4- -2A Ma4 J4-J4- _ZA MSS J4_ J4-JQ-M86 J4-J4- -81-M87 -14 J4- -82-M88 -14 J4- -BA Mag J4-J4_ -84-M9Q -14 J4-JL. M91 J4_ J4- M92 -14 J4- -82-M94 JA JA M95 JA JA -BA M96 JA -9A M97 -10 JA -31. M98 -10 JA -9A M99 -10 JA -3A MIOO -10 JA -34-M101 JA JA -3A Ml 02 -10 JA -flA M103 JA JA -32-M104 JA JA MIPS JA -IP -9A Ml 06 JA JA 100 M1P7 JA •10 101 M108 JA JO- J02-M109 JA •10 103 M110 JA •10 104 M111 JA •10 IflS M112 JA •10 JOA M113 JA -10 107 M114 JA JA 108 Ml 15 JA -10 109 M116 JA JA 110 M117 JA -10 111 Mils JA JA 112 M119 JA -10 JIA M120 -10 JA 114 Ml 21 -10 -JA Mombor Distrihutod Loads (BLC 4 : Wind Load C) Member Label Direction Start Magnitude[lb/fl,F] End Magnitude[lb/ft,F] Start Location[in,%] End Location[in,%] M20 J4_ J4- -MA -14 J4- M21 J4_ J4- _MA J4_ -14 M22 -MZ. Jt. M23 J4_ J4- Ma J4- M9 J4-J4- JA M24 J4- Jl. M25 J2_ MSB J4- J4- -lA MIO -14 J4-J4-M11 J4_ -14 JA M37 J4-J4_ -lA M28 -14 -14 _1Z. M29 J4- JA M3Q -14 JA M12 J4-J4- -2A M13 J4_ -14 -21. M14 J4_ -22-M15 J4-J4- -2A M31 J4-J4--24-Mie J4_ -14 -2A M17 J4-J4- _2A M32 -14 J4--2Z. -M3A J4- -2A M18 J4- _2A Mig J4- -3A M35 JA JA -31-M36 JA -10 AA M37 JA -10 AA M38 JA JA -34-M39 -10 -10 R1SA-3D Version 12.0.2 [\\MBI-FlLE\MBI-Operations\Engineering\Signs\Proiects\2014\140a61\140061-132r1\140061-132r1 - ModeL4.r3d] Page 8 121 of 141 ll Company BfliCA Designer KI5A HNOLOGIES Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov IS, 2C14 Checked By: LJC Member Label Direction start Magnitude[lb/ft,F] End Magnitude[lb/ft,F] Start Locationpn,%] End Location[in.%] 35 M40 Z -10 -10 0 0 36 M41 2 -10 -10 0 0 37 M42 Z -10 -10 0 0 38 M43 Z -10 -10 0 p 30 M44 Z -10 -10 0 0 4fl M45 7 -10 -10 0 p 41 M4e Z -10 -10 0 0 42 M47 Z -10 -10 0 0 43 M4a Z -10 -10 0 0 44 M4g Z -10 -10 0 0 45 MSO Z -10 -10 0 0 46 MSI 7 -10 -10 fl 0 47 M52 7 -10 -10 fl 0 48 Msa Z -10 -10 0 0 49 M54 Z -10 -10 fl 0 50 MSS Z -10 -10 0 0 51 M56 Z -10 -10 0 0 52 M57 Z •10 -10 0 0 S3 MSS Z -10 -10 0 0 54 Msg Z -10 -10 0 p 55 Meo z -10 -10 0 0 56 Mei z -10 -10 0 0 57 M62 z -10 -10 0 0 58 Me4 z •14 -14 0 0 59 M65 z -14 -14 0 0 60 M66 z -14 -14 0 0 61 M67 z -14 -14 0 0 62 M6a z -14 -14 0 0 63 M69 z -14 -14 0 0 64 M70 7 -14 -14 0 p 65 M71 z -14 -14 0 0 66 M72 z -14 -14 0 0 67 M73 z -14 -14 0 0 ea M74 7 -14 -14 p 0 69 M75 Z -14 -14 0 0 70 M76 Z -14 -14 0 0 71 M77 Z -14 -14 0 0 72 M7a Z -14 -14 0 0 73 M79 Z -14 -14 0 0 74 Mao z -14 -14 0 0 75 Mai z -14 -14 0 0 76 M82 2 -14 -14 0 0 77 Maa 2 -14 -14 0 0 78 M84 Z -14 -14 0 0 79 MSS Z -14 -14 fl 0 80 Mae Z -14 -14 Q 0 81 M87 Z -14 -14 0 0 82 Maa Z -14 -14 p 0 83 M89 Z -14 -14 0 0 84 M90 Z -14 -14 0 0 85 M91 z -14 -14 0 fl 86 Ma2 z -14 -14 0 0 87 M94 z -10 -10 0 0 88 M9S z -10 -10 0 0 89 M96 z -10 -10 0 0 90 Ma? z -10 -10 fl 0 91 M9a z -10 -10 0 0 92 M99 2 -10 -10 0 0 93 M100 Z -10 -10 0 0 94 M101 z -10 -10 fl 0 95 M102 z -10 -10 0 0 96 Mioa z -10 -10 fl 0 97 M104 z -10 -10 0 0 98 MIOS 2 -10 -10 0 0 99 M106 2 -10 -10 0 0 100 Ml 07 z -10 -10 0 0 101 Mioa 2 -10 -10 0 0 102 MIOO Z -10 -10 0 0 103 M110 Z -10 -10 0 0 104 Mill Z -10 -10 0 0 105 M112 Z -10 -10 0 0 106 M113 Z -10 -10 0 0 107 M114 Z -10 -10 0 0 108 Mils z -10 -10 0 0 109 M116 z -10 -10 0 0 110 Ml 17 z -10 -10 0 0 111 Miia z -10 -10 0 0 112 M119 z -10 -10 0 0 113 Ml 20 z -10 -10 0 0 114 M121 z -10 -10 0 0 Member Label Direction start Magnitude[lb/ft,F] End Magnitude[lb/ft,F] start Location[in,%) End LQcation[in,%] 1 MS z -8.3 -8.3 0 0 2 M6 z -8.3 -8.3 0 0 R1SA-3D Version 12.0.2 [\\MBI-FlLE\MBl-Operations\Engineering\Signs\Projects\2014M40C61\140061-132r1\140061-132r1 - Model_4.r3d] Page 9 122 of 141 llRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 5Soismie) (Continuod) Member Label Direction Start Magnitude[lb/ft,F] End Magnitude[lb/tt,F] •Start Location[in,%] End LQcation[in,%] M7 -8.3 -83 Ma -8.3 -8.3 -MA -8.3 -8.3 MIP -8,3 -8,3 M11 -8,3 -8.3 M12 -8,3 -8.3 M13 -8.3 -8,3 JA M14 -8,3 -8.3 Jl-M1S -8.3 -8,3 J2-M16 •8.3 •8.3 JA M17 -8.3 -8.3 Mia -8.3 -8.3 -lA M19 -8.3 -8.3 -lA MZO -8.3 -8.3 17 M21 -8-3 -8.3 JA M22 -8-3 -8.3 JA -M2A -8.3 AA. -2A M24 -8.3 -8.3 -21. M2S -8.3 -8,3 -2A M2e •8.3 •8.3 _2A M27 •8,3 -8.3 -24-M2a •8.3 -8.3 -2A M29 -8.3 -8.3 -2A M30 -8.3 -8.3 -22-M31 -8.3 -83 _2A M33 •8.3 •8-3 -2A AA M33 Me4 •8.3 •8.3 -8.3 -8.3 -31-M65 •8,3 -8.3 _3A M66 -8-3 -8.3 -3A M67 AA-AA. -34-Mea -83 -8-3 -3A M69 -8.3 -8.3 -3A. M70 -8.3 -83 AZ. M71 -8.3 -8.3 -3A M72 •8.3 •8.3 AA M73 •8,3 -8-3 -4A M74 -8,3 -8-3 -41-M7S -8,3 -8.3 .J2_ M76 -8.3 -8.3 -4A M27 -8.3 -8.3 -4t_ M78 -8,3 -8.3 _4A M79 -8,3 AA. JA M80 •8.3 -8.3 _42_ M81 -8.3 -8.3 _4A M82 •8.3 •8.3 -4A M83 -8.3 -8,3 -5A Ma4 •8.3 •8.3 AL M85 •8,3 -8.3 -SA M86 AA, -8.3 AA M87 -8.3 -83 _64_ M88 -8.3 -8.3 -5A -MBA -8.3 -8.3 _6A M90 -8.3 -8.3 -52-M91 -8.3 -8.3 -SA M92 -8.3 -8.3 -SA M3S -BA -61. Mae M37 -52-M38 -6A Maa -64-M40 -6A M41 -6A M42 -62-M43 M44 _6A M4S J2A M4e JZL M47 -2A M48 -ZA M49 _Z4_ MSO -ZA M51 JZA M52 77 M53 JZA MS4 -2A MSS -BA M56 -BL. M57 -82-Msa -BA Msg -64-M60 -7 -8A M61 -BA M62 -82-M94 R1SA-3D Version 12.0.2 [\\MBI-FlLE\MBl-Operations\Engineering\Signs\Projects\2C14\14Q061M40061-132r1\140Q61-132r1 - Model_4.r3d] Page 10 123 of 141 IllRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 5; Soismie) (Continuod) 88 M95 7 -7 -7 0 0 89 M96 Z -7 -7 0 0 90 Mg? 7 -7 -7 0 p 91 Mga 7 -7 -7 0 0 92 Mgg Z -7 -7 0 0 93 Miflfl Z -7 -7 0 0 94 Ml 01 7 -7 -7 fl 0 95 M102 7 -7 -7 fl 0 96 Mioa Z -7 -7 fl 0 97 M104 Z -7 -7 0 0 98 M1P5 Z -7 -7 fl 0 99 M106 Z -7 -7 0 0 100 Ml 07 7 •7 -7 n p 101 Mioa 7 -7 -7 0 0 102 M109 7 •7 -7 0 0 103 M110 7 -7 -7 0 0 104 Mill Z -7 -7 0 0 IflS M112 Z -7 -7 n 0 106 Miia Z -7 -7 0 0 107 M114 Z -7 -7 n 0 108 M115 Z •7 -7 0 0 109 M116 Z -7 -7 0 0 IIP Ml 17 2 -7 -7 0 0 111 M118 Z -7 -7 0 0 11? M119 7 -7 -7 n 0 113 Ml 20 Z -7 -7 fl 0 114 Ml 21 7 -7 -7 0 0 115 Ml S3 Z -5.4 -5.4 fl 0 116 M124 Z -5.4 -5.4 fl 0 117 M125 Z -5.4 -5.4 fl 0 118 M126 Z -5.4 -5.4 fl 0 119 Ml 37 7 -5.4 -5.4 fl 0 120 M128 Z -5.4 -5.4 fl 0 121 Misg -5.4 -5.4 fl 0 122 M130 7 -5.4 -5.4 fl 0 123 M131 Z -5.4 -5.4 fl 0 124 Ml as 7 -5.4 -5.4 fl 0 125 Ml 33 7 -5.4 -5.4 fl 0 126 M134 Z -5.4 -5.4 fl 0 127 M13S Z -5.4 -5.4 0 0 128 Mia8 Z -5.4 -5.4 0 0 129 Ml 37 Z -5.4 -5.4 fl 0 130 Ml 38 Z -5.4 -5.4 Q 0 131 Ml 30 Z -5.4 -5.4 fl 0 132 M140 Z -5.4 -5.4 fl 0 133 M141 Z -5.4 -5.4 fl 0 134 M143 Z -5.4 -5.4 0 0 135 M143 Z -5.4 -5.4 n 0 136 M144 7 -5.4 -5.4 fl 0 137 M145 Z -5.4 -5.4 0 0 138 M146 7 -5.4 -5.4 fl 0 139 M147 Z -5.4 -5.4 0 p 140 M148 7 -5.4 -5.4 fl p 141 M14g Z -5.4 -5.4 0 0 142 M154 Z -54 -5.4 n p 143 MISS Z -5.4 -5.4 0 p 144 M1S6 2 -5.4 -5.4 fl p 145 M157 Z -5.4 -5.4 fl 0 146 MISS Z -5.4 -5.4 0 0 147 Misg 7 -5.4 -5.4 fl 0 148 M160 7 -5.4 -5.4 fl 0 149 M161 Z -5.4 -5.4 0 0 150 Mies Z -5.4 -5.4 0 0 151 Miea Z -5.4 -5.4 0 0 152 M164 Z -5.4 -5.4 0 fl 153 M165 Z -5.4 -5.4 0 0 154 Miee 2 -5.4 -5.4 0 0 155 M167 Z -5.4 -5.4 fl 0 156 M168 Z -5.4 -5 4 0 0 157 M169 Z -5.4 -5.4 0 0 158 M170 Z -5.4 -5.4 0 0 159 M171 Z -5.4 -5.4 fl 0 160 M173 z -5.4 -5.4 0 0 161 M173 z -5.4 -5.4 fl 0 162 M174 z -5.4 -5.4 0 0 163 M175 z -5.4 -5.4 0 0 164 M176 z -5.4 -5.4 0 0 165 M177 z -5.4 -5.4 0 0 166 M178 z -5.4 -5.4 0 0 167 M179 z -5.4 -5.4 0 0 168 Miao 2 -5.4 -S.4 0 0 169 M181 z -5.4 -5.4 0 0 170 M183 z -5.4 -5.4 0 0 171 Mia3 2 -5.4 -5.4 0 0 172 M184 z -5.4 -5.4 0 p RISA-3D Version 12.0.2 [\\MBI-FlLE\MBl-Operations\Engineering\Signs\Projects\2014M40061\140061-132r1\140061-132r1 - Model_4.r3d] Page 11 124 of 141 IRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 5; Soismie) (Continuod) Member I ahel nireetion Start Magni1ude[lb/ft,F] End Magnitude[lb/fl,F] Start Location[in,%] End Loeation[in.%] 173 M18S -5.4 -5.4 174 Miae -5.4 -5.4.. Momhor Distrihutod Loads (BLC 6 ; Truck Indueod Wind Load) Member Label Direction Start Magnitude[lb/fl,F] End Magnitudepb/ft.F] Start Location[in,%] End I ncation[in,%] M20 -14 J4- M5 •14 •14 M21 J4_ J4- _MA •14 •14 M22 -14 J4_ -MZ. •14 J4_ M23 -14 J4_ _MA -14 •14 M9 -14 J4_ JA M24 -14 J4_ -11. M25 J4_ J4_ _1A M2e •14 J4_ JA Mifl J4-J4_ J4_ M11 J4_ JA M27 J4-J4_ -lA Msa •14 •14 JZ-Msg -14 J4_ JA M30 -14 J4_ -JA M12 -14 J4_ JZA Mia J4-J4_ J21. M14 -14 J4_ -2A MIS J4-J4_ _2A M31 -14 -14 -24-Mie •14 •14 _2A M17 •14 J4- -2A Mas •14 J4_ -22-M33 J4-J4- -2A Mia -14 J4- _2A M19 -14 J4_ -ML M84 •14 -31. M65 J4_ J4_ -32-M66 -J4_ -3A M67 J4_ JI4-Mee -J4- -3A J4-J4_ _3A M70 J4_ -32-M71 J4- -3a_ M73 J4- AA M73 J4-J4_ _4A M74 J4_ 41 M75 -14 J4_ -4A M7e J4_ Jfl-M77 -14 J4_ -44-M78 -14. _4A M79 -14 J4_ -4A M80 -14 J4_ JZ. M81 J4-J4_ -4A M82 -14 J4_ _4A Maa J4_ JA Ma4 -14 J4_ -51. M85 J4_ -52_ Mae -14 J4_ AA Ma? -14 -14 _54_ Maa -14 -14 -SA Mag -14 J4_ -5A M9P -14 J4_ -52_ M91 J4_ J4_ -5A Mas •14 J4_ AA MS -4.7 -4.7 _6A -MA -4.7 -4.7 -61. -MZ. -4.7 -4.7 -62_ -MA -4.7 -6A -MA -4.7 -64-M10 -4.7 -4.7 _6A Mil -4.7 -4.7. -6A M12 -4.7 -4.7 -62-M13 -4.7 -4.7 M14 -4.7 -4.7 _6A MIS -4.7 -4.7 -ZA Mie -4.7 -4-7 71 Ml? -4.7 -4.7 -2A -MIA -4-7 -4.7 -2A M19 -4.7 -4.7 -24-M20 •47 -4.7 -ZA M21 -4.7 -4,7 JZA M22 -4.7 -4,7 JZZ. M23 -4.7 -4.7 -2A M24 -4.7 -4.7 -2A M25 -4.7 -47 -BA MS6 -4.7 R1SA-3D Version 12.0.2 [\\MBl-FlLE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - Model_4.r3d] Page 12 125 of 141 llRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distributod Loads (BLC 6 Truck Indueod Wind Load) (Continuod) Member Label Direction Start MagnilJde[lb/ll,Fl End Magnitude[lh/fl,F] Start Location[in,%] End Location[in.%] -Bl. -M27 -4-7 -4.7 -fl2_ -4.7 -BA JM2A -4.7 -1.7 -fl4-jasA -4.7 •4-7 -BA M31 Ji--4.7 J13A -4-7 -82--M33 -4.7 -4.7 M64 -4.7 -BA Mes -4.7 -4.7 -9A JUB6--4.7 -4.7 -91. -M67 -4.7 -4,7 -92. J16A -4.7 -4.7 AA M69 -4,7 -4.7 -84-M70 -4.7 -4.7 -SA M71 -4,7 -4.7 -9A M73 •4.7 -4.7 97 -M73 •4.7 -4.7 jaa_ M74 -4.7 -3A M75 JZ--4.7 IPP M7a -4.7 101 M77 -4,7 103 M78 -4.7 -4.7 103 -M79 -4.7 -4,7 J04-Mao -4.7 -4.7 105 -M81 106 .M82 -4.7 -4.7 107 JMBA -4-7 -4-7 JOA M84 -4.7 -4.7 109 MSS -4.7 -4-7 110 Mae -4.7 -M97 -4.7 -4.7 113 .J4BA •4-7 114 -M89 -M90 -4.7 A.7 -4.7 115 M91 -4.7 JIA JJSA -4.7 -4.7 JJ2-M35 JA. 118 -JdSA -1-6 •1.6 119 M37 JA. 120 M38 -1.6 -1.6 121 -M39 -1.6 -1-6 122 -M40 JA. -1-6 123 -M41 -1-6 -1.6 124 M43 JA. -1.6 J2A M43 JA. -1.6 126 JA. JA. 127 M45 -1-6 -1.6 138 M4e •1-6 JA. 129 130 -M47 M4a •1.6 •1.6 •1.6 -M49 -1-6 -1-6 132 -MSO -1.6 -1.6 133 -M51 -1.6 -1.6 ja4_ JiSA -1.6 -1.6 135 . MSS -1-6 JA 136 -M54 -1.6 JA. 137 MSS -1.6 138 J15A -1-6 -1.6 J3A M57 -1.6 JA. 140 Msa -1-6 141 MS9 -1-6 -1.6 142 JffiA -1.6 -1-6 J4A M61 -1.6 JffiA -1-6 -1-6 J4A Mg4 -1.6 Mas -1.6 -1.6 147 Mge -1.6 -1-6 148 -M97 -1.6 -1.6 14a Mga -1.6 -1.6 150 Mag •1-6 •1.6 -Mm. •1.6 -1.6 J152-M101 •1-6 •1.6 JSA M102 JA-JA. J54--1.6 JSA -M1Q4 JA. -1.6 JSA -MIOA JA. JA- 157 -M106 -1,6 -1.6 JSA M107 -1.6 JA. 159 Mioa JA. JA 160 -MIOA -1.6 JA- 161 -MUA -1,6 JA. 162 M111 -1,6 JA. 163 -MUA -1,6 -1.6 164 -MIIA -1,6 JA. 165 M114 -1.6 -1.6 RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projeots\2014\140061\140Q61-132r1\140061-132r1 - Model_4.r3d] Page 13 126 of 141 ll T E C H N Company KiOM Job Nurrber G I E s Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2C14 Checked By: LJC Momhor Distrihutod Loads (BLC 6 • Truck Indueod Wind Load) (Continuod) lee Ml 15 Z -1.6 -1.6 0 0 167 M116 z -1.6 -1.6 0 0 168 M117 z -1.6 -1.6 0 0 169 M118 z -1.6 -16 0 0 170 M119 z -1.6 -1.6 0 0 171 Ml 20 z -1.6 -1.6 0 0 172 M121 z -1.6 -1.6 0 0 Momhor Distributod Loads (BLC 7; BLC 1 Transiont Aroa Loads) Member Label Direction Start Magnitude[lb/fl,F] End Magnitudetlb/ft,F] Start Locationpn,%] End Location[in,%] -MA -6.074 -6.074 57.404 69.189 MIO •5.69 -10.862 13.838 MIQ -10.862 -14,742 13.838 27.676 MIO -14.742 -16.035 27.676 41.513 MIQ -16,035 -13,449 41.513 55.351 MIO •13.449 •8,276 55.351 69.189 M11 -15 653 -15 653 1.631 67.935 M12 •10,833 -10.833 1.988 8.595 M12 -10.833 -13,542 8.595 15,202 -JA -MIA -13 542 -16,25 15.303 31,809 MIS -16.25 -18,958 21.809 28,416 JA MIS -18.958 -21.667 28.416 35.023 JA M12 -21.667 -18,958 35.023 41,631 -14-MIS •18,958 -16.35 41.631 48.338 JA M12 -16.25 -13.542 48.238 54.845 JA M12 -13.542 -10833 54.845 61.452 J2_ M12 -10.833 -10.833 61.452 68,059 _1A Mia -15.653 -15 653 1.297 67.601 JA M14 -8.276 -13.449 13.838 -2A M14 -13 449 -16,035 13.838 27.676 -21. M14 -16.035 -14,742 27.676 41.513 -22-M14 -14.742 -10,862 41.513 55.351 -2A M14 -10862 -5,69 55.351 69.189 -24-M15 -6.052 -6.052 11.828 -2A M24 -12.595 -16246 21.007 30.81 _2A M24 -16.246 -23.547 30,81 40.613 -22-M24 -23.547 -19,896 40.613 50,417 _2A M24 -19.896 •14.42 50.417 60.22 -23-M24 -14.42 -21.722 60.22 70.023 AA M25 -10.733 -15.844 14.005 AL M25 -15.844 -19.677 14.005 28.009 -3A _M2A -19.677 -19,677 -2a.00A 42,014 -3A M25 -19.677 -15,844 42.014 56.018 -34-MSS -15.844 -10.733 56.018 70.033 JSA -M2A -3.557 -18.8 14.087 -3A M2e -18.8 -23.881 14.087 28.174 -32-M26 -23.881 -18.8 28.174 42,261 AA M26 -18.8 -13.719 42.261 56.348 AA M26 -13719 -8.638 56.348 70.435 JA M27 •8.638 •13,719 14.087 JL. M27 -13719 -18.8 14.Q87 28.174 JA M27 -18.8 -23.881 28.174 42.261 JA M27 -23.881 -18.8 42.261 56.348 J4-M27 •18.8 •3,557 56.348 70.435 .4A M28 -10.733 -15.844 14.005 JA 47 M2a M28 -15844 -19.677 -19.677 -19.677 14,00S 28.009 28,009 42,014 -4A M2a •19 677 •15.844 42.014 56.018 JA M28 •15 844 -10,733 56.018 70.023 -SA M29 -21722 •14.42 9.803 -51. M29 -14.42 -19,896 9,803 19,606 -SA M29 -19.896 -23.547 19.606 29.41 -SA M2g -23,547 -16.246 29.41 39.213 -54-M29 -16.246 -12.595 39.213 49.P16 -5A M43 -.226 -3,84 16.974 26.875 -5A M43 -3.84 •11,P69 26.875 36,777 -SZ. M43 -11 060 -12.877 36.777 46.678 -SA M43 -12 677 •9.262 46.678 S6.S79 -SA M44 -g49 -12.018 11.316 -6A M44 -12 018 -23.088 11.316 _22.fi3A 61 M44 -23.088 -23.088 _22.63A 33.948 -62-M44 -23 088 •13.6 33.948 45.264 _6A M44 -13.6 -.949 45.264 56.579 -64-M45 -2.372 -11.86 11.316 -6A M45 -11.86 -21 348 11-316 -2263A M45 -21.348 -21.348 -22fi3A 33.948 -62-M45 -21 348 -10,279 33.948 45 264 M45 -10.279 •791 45.264 56.579 -6A M46 -5,535 -15,023 11.316 JZA M46 -15.023 -21.348 11.316 -22632. -ZL. M46 -21.348 -19,767 _2263A 33,948 -2A M46 -19,767 -10 279 33.948 45.264 -2A M46 -10.279 -.791 45.264 56.579 -Z4-M47 -5.535 -15.023 11-316 -2A M47 -15 023 •22-93 11-316 -22632- RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2C14\140061M40061-132r1\14C061-132r1 - Model_4.r3d] Page 14 127 of 141 llRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distrihutod Loads (BLC 7: BLC 1 Transiont Aroa Loads) (Continuod) 76 M47 Y -22.63 -21.348 22.632 33.948 77 M47 Y -21.348 -13.441 33.948 45.264 78 M47 Y -13.441 -7.116 45.264 56.579 79 M48 Y -.g4S -1039 0 11.366 80 M48 Y -10.3g -31.411 11.366 22.733 81 M4a Y -21.411 -ssgas 22.733 34.099 82 M48 Y -22.g85 -13.S3g 34.099 45.466 83 M4a Y -13 53g -.g45 45.466 56832 84 M4g Y -.g4s -13.539 0 11.366 85 M49 Y -13 53g -21411 11.366 22.733 ae M49 Y -21.411 -21.411 22 733 34 ogg 87 M4g Y -21.411 -11.965 34 ogg 45.466 88 M49 Y •11 ges -.945 45.466 56.832 89 MSO Y -7.116 -13.441 0 11.316 90 MSO Y -13.441 -21.348 11.316 22.632 91 MSO Y -21 348 -22.93 22.632 33.648 92 MSO Y •22.93 -15.023 33.948 45.264 93 MSO Y -15.023 -5.535 45.264 56.579 94 MSI Y -.791 -10.279 0 11.316 95 MSI Y -10 27g -10 767 11.316 22.632 96 M51 Y •19.767 -21 348 22.632 33.948 97 MSI Y -21 348 -15 023 33.648 45.264 98 M51 Y -15.023 -5.535 45.264 56.579 99 M52 Y -.791 -10.279 0 11.316 100 MS3 Y -10 779 -21 348 11.316 77 637 101 M52 Y -21.348 -21.348 22.632 33.648 102 M52 Y -21.348 -11.86 33948 45.763 103 MS2 Y -11.86 -2.372 45.263 56.576 104 M53 Y -1.107 -13.758 0 11.316 105 M53 Y -13.758 -23.246 11.316 22.632 106 Msa Y -23.246 -21.664 22.632 33.648 107 Msa Y -21 664 -12176 33.948 45.264 108 MS3 Y -12.176 -2.688 45.264 56.578 iflg M54 Y -9.262 -12.877 0 g.goi 110 M54 Y -12 877 -11.069 9.901 ig.803 111 MS4 Y -11.069 -3.84 19.803 29.704 lis M54 Y -3.84 -.226 29.704 39.606 113 Mas Y -6.074 -6.074 57.404 69.189 114 Mes Y -5.69 -10.862 0 13838 115 M69 Y -10.862 -14.742 13.838 27.676 116 UBS Y -14.742 -16.035 27.676 41.513 117 Meg Y -16.035 -13.449 41.513 55.351 118 Meg Y -13.449 -8.276 55.351 69.189 119 M70 Y -15 653 -15.653 1.631 67.935 130 M71 Y -10.833 -10.833 1.988 8.595 1S1 M71 Y -10.833 -13.542 8.595 15.202 133 M71 Y -13.542 -16.25 1S.203 21.809 123 M71 Y -1625 -18958 21.809 28.416 124 M71 Y -18.958 -21.667 28.416 35.023 125 M71 Y -21.667 -18.958 35.023 41.631 126 M71 Y -18958 -1625 41.631 48.238 127 M71 Y -16.25 -13.542 48.238 54.845 128 M71 Y -13.542 -10.833 54.845 61.452 129 M71 Y -10.833 -10.833 61.452 68.059 130 M72 Y -15653 -15 653 1.397 67.601 131 M73 Y -8.276 -13.449 0 13.838 133 M73 Y -13.449 -16035 13.838 27.676 133 M73 Y -16035 -14.742 27.676 41.513 134 M73 Y -14.742 -10.862 41.513 55.351 135 M73 Y -10862 -5 69 55.351 69.189 136 M74 Y -6.052 -6.052 P 11.828 137 Maa Y -12595 -16246 21.007 30.81 138 Msa Y -16.246 -23.547 30.81 40.613 139 M83 Y -23547 -19 896 40.613 50.417 140 Maa Y -19.896 -14.42 50.417 60.22 141 M83 Y -14.42 -21722 60.22 70.023 142 Ma4 Y -10.733 -15.844 0 14.005 143 M34 Y -15844 -19.677 14.005 28.009 144 Ma4 Y -19.677 -19.677 28.009 42.014 145 M84 Y -19.677 -15.844 42.014 56.018 146 M84 Y -15.844 -10 733 56.018 70.023 147 M3S Y -3.557 -18.8 0 14.087 148 Mas Y -18.8 -23.881 14.087 28.174 149 M85 Y -23881 -18.8 28.174 42 261 150 Mas Y -18.8 -13.719 42.261 56.348 151 Mas Y -13719 -8.638 56.348 70.435 152 M86 Y -8.638 -13716 0 14.087 153 M86 Y -13719 -18.8 14.087 28.174 154 Mae Y -18.8 -23.881 28.174 42.261 155 M86 Y -23881 -18.8 42.261 56.348 156 M86 Y -18.8 -3.557 56.348 70435 157 MS? Y -10 733 -15.844 0 14.005 158 M87 Y -15.844 -ig.677 14.005 28.009 159 MS? Y -19.677 -19.677 28.009 42.014 160 M87 Y -19.677 -15.844 42.014 56.018 R1SA-3D Version 12.0.2 [\\MBI-FILE\MBl-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140Q61-132r1 - Model_4.r3d] Page 15 128 of 141 llRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distributod Loads (BLC 7; BLC 1 Transiont Aroa Loads) (Continuod) Member Label Direction start Magnitude[lb/ft,Fl End Magnitude[lb/ft,Fl Start Location[in,%] End Loeation[in,%] 161 M87 -15.844 -10.733 56.018 70.023 162 M88 -21.722 -14.42 9.803 163 Mas -14.42 -19.896 9.803 19.606 164 Mas -19896 -23.547 19606 29.41 165 -MBA -23.547 -16.246 29.41 39.213 166 Msa -16.246 -12 595 39.213 49.016 167 M102 :.22A -3.84 16.974 26.875 168 M1Q2 -3.84 •11 069 26.875 36.777 169 M102 •11-069 •12.877 36.777 46.678 J2A M102 -13.877 •9,262 46.678 56.579 171 -MlflA -.949 -12.018 11-316 J22-Mioa -12,018 -23,088 11-316 -22.63A 173 -MlflA -23-088 -23-088 _2263A 33,948 J24_ -MIOA -23.088 -13.6 33.948 45-264 JZA M103 -13-6 -.949 45.264 56.579 JLZA M104 •2-372 JU 11.316 -IZZ. M104 -11.86 -21.348 11,316 _22.632_ J2A M104 -21348 -21.348 -2263A 33.948 JLZA M104 -21.348 -1Q,279 33.948 45.264 180 M104 -10.279 •791 45.264 56.579 181 Ml 05 •5.535 -15,023 11.316 182 MIPS •15.023 •21.348 11.316 -2263A 183 -MlflA •21 348 -19.767 _2263A 33.948 ja4_ -MlflA -19.767 -10.279 33,948 45.264 185 Ml 05 -10279 -.791 45 264 56.579 186 M106 -S.535 -15.023 11.316 187 -MlflA -15023 -22.93 11.316 -22322. 188 M106 ,:22aA -21.348 -2263A 33.948 189 -MIOA -21.348 -13.441 33.948 45.264 190 MIPe •13.441 •7.116 45.264 56.579 191 M1Q7 -.945 -10.39 11.366 192 M1P7 JOJ -21411 11.366 22.733 JSA M107 -21.411 -22.985 22.733 34.099 -134-M107 •22 985 •13 539 34.099 45.466 195 M107 •13.539 -.945 45.466 56.832 J9A MIPS -945 -13.539 11.366 197 MIOS -13.539 -21.411 11.366 22.733 198 M108 -21.411 -21 411 22.733 34.09g 199 M108 -21.411 -11 965 34,099 45.466 -20A M108 -11.965 -.945 45.466 56.832 201 Miog -7.116 -13.441 11-316 -20A M109 -13.441 -21,348 11.316 _2263A 203 Miog -21.348 -22.93 _22.63A 33.948 204 M109 r229A -15,023 33.948 45.264 J2QA -MlflA -15,023 -5,535 45,264 56,579 206 Ml 10 --791 -10-279 11.316 207 M11Q -10.279 -19.767 11.316 -22.63A -20A M11Q -19.767 -21.348 _22.63A 33.948 209 M110 -21.348 -15,023 33,948 45,264 210 M110 -15023 -5.535 45.364 56.579 211 Mill -.791 -10 279 11.316 _212-M111 •10:279 •21.348 11.316 -22632- 213 Mill •21.348 -21,348 -22B3A 33.948 214 -Mill. •21.348 •11.86 33.948 45.263 215 M111 •11-86 •2-372 45.263 56.579 .21A 217 M112 -MIIA •1.107 •13758 -13.758 -23.246 11.316 11.316 22.632 218 M112 •23.246 •21.664 -2263A 33.948 219 M112 -21.664 -12.176 33.948 45.264 .22A M113 •12-176 •3-688 45.364 56.579 221 -MUA -9.262 -12.877 ).901 222 22A M113 -12.877 -11-069 9901 19-803 -MIIA -11.069 -3,84 19.803 29.704 224 M113 •3-84 •-226 29-704 39-606 Momhor Distrihutod Loads (BLC 8 ; BLC 2 Transiont Aroa Loads) Member Label Direction Slart MagniludeDb/ft,F] End Magnitude[lb/ft.F] Start Location[in,%] End Location[in.%] -MA -23.324 -23324 57.404 69.189 MIO •21:849 -41.713 13.838 MIO -41,712 -56,609 13.838 27.676 MIO •56.609 •61 575 27.676 41.513 MIO •61.575 -51.643 41.513 55.351 M10 -51.643 -31,781 55.351 69.189 Mil -60.108 -60.108 1,631 67.935 M12 -41.6 •41.6 1.988 8.595 M12 -41,6 z52-8.595 15.202 JA Ml 2 zS2_ •62.4 15.203 31.809 M12 -62.4 -72.8 21.809 28.416 JA M12 •72.8 -83.2 28.416 35.023 JA M12 •83,2 -72.8 35.023 41,631 J4-M12 -72.8 -62.4 41.631 48.238 JA M12 -62.4 AA 48.238 54.845 -JA -MIA -52 -41.6 54.845 61.452 M12 -41.6 -41.6 61.452 68.059 -lA M13 •60108 -60108 1.297 67.601 RISA-3D Version 12.0.2 ;\\MBl-FlLE\MBl-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - Model_4.r3d] Page 16 129 of 141 llRISA T E C H N L O G I E S Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 8 ; BLC 2 Transiont Aroa Loads) (Continuod) Member Label Direction •Start Magnitude[lb/ft,F] End Magnitude[lb/ft,F] Start Location[in,%l End LQr.atiQn[in,%] JA M14 -31 781 -51,643 13 838 -2A M14 •51643 •61575 13,838 27 676 -21. M14 -61 575 -56 609 27.676 41.513 -2A M14 •56 609 •41,712 41-513 55.351 _2A M14 -41,712 -21 849 55.351 69.189 -24-M1S -23,238 Ii.m -2A M24 -48 365 -62 383 21.007 30.81 .JS-M24 -62 383 -90 421 30.81 40 613 -22-M24 -90421 -76 402 40.613 50.412- _2A M24 -76.402 •55.374 50.417 JSL22- -2A M24 -55 374 -83 411 60 22 70,023 AA -31- M7S M25 -41 215 -en 841 -60,841 -75 561 14605 14n05 28.009 -3A M25 -75561 -75,561 28.009 43.014 JJA M2S -75 561 -60.841 42.014 56.018 -34-M25 -60 841 -41-215 56-018 70-023 _aA -M2A -13 658 -72-192 14.087 AA M26 -72192 -91.703 14.087 28.174 J3Z. M26 -91-703 -72192 28.174 42.261 AA AA _M2A M26 -77 192 -52,681 -57 681 -33,169 42.261 56.348 56.348 70.435 JA M27 •33169 •52,681 14087 41 M27 -52681 -72 192 14.087 28.174 JA JA M27 M27 -72 192 •91.703 -91 703 -77 19? 28.174 42.261 42.261 56.348 M27 •72.192 -13,658 56.348 70.435 JA JM2A -41,215 -60,841 14005 JA M28 -60,841 •75,561 14.005 28.009 M2a -75 561 -7S561 28.009 42.014 -4A M2a •75.561 -60.841 42.014 56.018 JA M28 •60 841 •41.215 56.018 7flfl23 AA M39 -83 411 -.55 374 9.803 -51. M29 -55374 -76402 i.a03 19.606 -SA -5A M29 M2g •76 402 -00.421 -90.421 -62.383 19.606 29-41 29-41 39-213 A4-M29 -62.383 -48.365 39-213 49.016 _5A M43 -.867 -14.747 16,974 26.875 J5A M43 -14 747 -J25QZ. 26.875 36.777 -52-M43 -47 507 -49.447 36.777 46.678 -58-M43 -49.447 -35.567 46.678 56.579 -5A M44 -3.643 -46.15 11-316 _6A •46.15 •88.657 11.316 _22.63A Jl. M44 -88657 -88.657 -22632. 33.948 -6A M44 -88,657 -^S2.22A 33.948 45.264 -6A M44 J2222--3.643 45.264 56.579 -64-M45 •9.109 -45.543 11.316 -6A M4S -45 543 -81.977 11.316 -2263A -6A M45 -81.977 -81.977 -22JS32-33 948 -62-M45 -81.977 -39-47 33.g48 45.264 -6A M45 •39,47 -3.036 45.264 56.579 JSA M46 •71 753 -57 688 11-316 _2A M46 -57688 -81.977 11.316 _22.63A JZl. M46 -81 977 -75.905 _2263A 33.948 JZ2-M46 -75 905 -39.47 33.948 45.264 -ZA M46 •39.47 •3.036 45.264 56.579 JZ4_ M47 •21.253 -57.688 11.316 JJA M47 -57 688 -88.049 11.316 -2263A JZA M47 -88.049 -81.977 -2263A 33.948 77 M47 -81,977 -51,615 33.948 45.264 JZA M47 -51 615 -77 .326 45.264 56 579 JZA M48 -3627 -39.899 11.366 M4a -39 agg -82.217 11.366 22.733 -81. M48 -82217 -88.262 22.733 34.069 -BA M48 ^^a.26A -51.99 34.099 45.466 AA JM4A -51.9A -3.627 45.466 56.832 A4-M49 -3.627 -51.gg 11.366 -BA M49 -51.99 -82217 11.366 22733 M49 -82217 -82.217 22.733 34.099 -82-M49 -8? 717 -45.945 34099 45.466 M49 -45.945 -3.627 45.466 56.832 -BA MSO -27 326 -51.615 11.316 -3A MSO -51615 -81,977 11.316 -2263A -91. MSO -81,977 -88.049 -22632-33.948 -32-JM5A -88.049 -57.668 33.948 45.264 -9A A4_ MSO M51 -57.688 -3.036 -21.253 •39.47 45.264 56.579 11.316 -9A MSI •39.47 -75.905 11-316 _2263A 96 MSl •7S,9QA •81.977 -2Zfi3A 33.948 -32-M51 -81-977 -57-688 33-948 45264 -9A M51 -57.688 -21.253 45.264 56.579 AA M52 -3.036 -39.47 11.316 100 MS2 -39.47 -81.977 11.316 -2263A JflL M52 -81,977 -81.977 -2263A 33.948 JlOA MS2 -81.977 -45.543 33.948 45,26A 103 M52 -45,543 -9.109 45.263 56.579 RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140061M40061-132r1\140061-132r1 - ModeL4.r3d] Page 17 130 of 141 llRISA ECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Novis, 2014 Checked By: UC Mombor Distributod Loads (BLC 8 : BLC 2 Transiont Aroa Loads) (Continuod) 104 Msa z -4.251 -52.83 0 11 316 105 M.53 z -52.83 -89.264 11.316 22632 106 M.sa z -89.264 -83.191 22.632 33.948 107 M.53 z •83.191 -46757 33.948 45 264 108 Msa z -46.757 -10.323 45.264 56.576 109 M.54 z -35 567 -49447 0 g.goi IIP M.54 z -49.447 -42.507 8.901 19 803 111 M.54 z -42.507 -14747 19.803 29 704 112 M.54 z -14.747 -.867 29.704 39.606 Momhor Distrihtitod Loads (BLC 9 : BLC 3 Transiont Aroa I oads) Member Label M12- Direction Start Magnitude[lb/ft,F] -129.68 End Magnitude[lb/ft,F] -100.539 Start Location[in,%] 35.023 End Location[in,%] 41.631 _M12--100.539 -85.968 41-631 48.238 _M12--85.968 -71.397 48.238 54.845 _M12--71.397 -56.826 54.845 61-452 M12--56.826 -56.826 61-452 68-059 -UIA -84.214 -84.214 1.297 67.601 M14--44.526 -72.354 13.838 M14 -73.354 -86 369 13-838 37-676 M14 -86-269 -79.312 27.676 41.513 JO-M14 -79.313 -58.44 41.513 55.351 JJL -M14--58.44 -30 611 55 351 69.189 -lA MIS •33.557 •32 557 11.838 JA -M2Z-•46.472 -73.808 14.087 J4-M27-•73.808 -101.144 14.087 28.174 JA M27--101.144 -128.48 28.174 42261 JA _M2Z. •128.48 -101.144 42.261 56.348 JZ. M27--101.144 -19.135 56.348 70.435 JA _U2a_ -57744 -85.241 14.005 JS_ -M2A -85.241 -105.864 14.005 28.009 -2A -105.864 -105.864 28.009 42.014 -21. M78 -105.864 -85 241 42014 56018 -2A -M2A •85.241 •57.744 56.018 70.023 -2A -M2a--116,863 -77 581 9,803 -24--M2A -77.581 -107.042 9.803 19.606 _2A -M2A -107.042 -126.683 19-606 29-41 -26_ -M21. -126.683 -87.402 29.41 39.213 -22--M2S_ -87,402 -67.761 39.213 49.016 -2A -M4a--5.082 -72.84 11-366 -2A M49 -72,84 -115.189 11.366 22.733 _3A M49--ii5.iag -iis.iag 22.733 34.099 AL JMA -Iis.iag -64.37 34.099 45.466 -3A JMA •64.37 •5.082 45.466 56.832 -3A M5Q--38284 -72,315 11.316 -34--M5Q_ •72.315 •114,853 11.316 -22fi3A _3A -MSA -114.853 -123.361 -22.63A 33.948 -3A -MSA -123.361 -80.823 33.948 45.264 AZ. MSQ--80823 -29.777 45.264 56.579 AA MSI. -4.254 -55.3 11.316 _3A M51 -55,3 -106.346 11-316 22.632 _4A MS1--106.346 •114.853 -2263A 33.948 JA M51--114.853 -80.823 33.948 45.264 -42-M51 -80.823 -29.777 45.264 56.579 _4A ja52.. -4.254 -55,3 11.316 -M52--55.3 -22.63A -4A -M52--114.853 -114-853 _2263A 33.948 _4A -USA -114.853 -63-807 33.948 45.263 47 M52 -63,807 -12.761 45.263 56.579 _4A -MSA •5.955 •74.016 11.316 JA -MSA •74016 -125.062 11.316 22-632 JSA -MSA -125.062 -116.555 _22.63A 33.948 -SA _M5A -116.555 -65 509 33.948 45.264 AA -MSA •65.509 •14.463 45.264 56.579 -5A MS4 •49.831 -69.277 8.901 -54-M54--69.277 -59.554 g.goi 19.803 -SA M54--sg.ss4 -20.661 19.803 29.704 -5A M54 •20 661 •1.215 29.704 39606 -52--UA -13.97 -13.97 57.404 69-189 -5A MIO. -13.087 -24-984 13.838 -SA M10--24.g84 -33.906 13.838 27.676 -6A MIO. •33.906 -36.881 27.676 41.513 -61. M10--36,881 -30.932 41.513 55.351 -6A M1Q--30,932 -19.035 55.351 69.189 _6A MIL •36.002 -36 0fl2 1.631 67.935 -64--Mli--24,294 -24.294 1.988 8.595 -6A M12--24.2g4 -30,523 8.505 15.202 -BA _M12-•30,523 •36.752 15.202 21.809 -61-M12--367S2 -42,981 21.809 28.416 -6A M12-•42.981 •55.44 28.416 35.023 -6A M24-•28.968 -37,365 21.007 30.81 JZA 71 -M2t. M24- -37.365 -54.158 -54.158 -45.762 30.81 40.613 40.613 50,417 JZA -M2t. -45.762 -33.167 50,417 60.22 -2A M24 -33.167 -49.96 60.22 70.023 R1SA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Proiects\2014\140C61\140Q61-132r1\140061-132r1 - Model_4.r3d] Page 18 131 of 141 IRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 8 • BLC 3 Transiont Aroa Loads) (Continuod) 74 M25 2 -34.686 -36 441 P 14flfl5 75 M2S Z -36.441 -45258 14.005 28.009 76 M2S Z -4S3S8 -45.258 28.009 43.014 77 M25 Z -45358 -36 441 42-014 56 018 78 MSS Z -36.441 -24.686 56.018 70.033 79 Mse Z -8181 -43.24 0 14.087 80 M36 Z -43.34 -54.927 14.087 38.174 81 M36 Z -54 927 -43 24 28-174 43 361 82 M36 Z -43.24 -31.554 42-261 56.348 83 M26 Z -31.554 -19.867 56.348 70.435 84 M43 Z • 52 -8 833 16.974 36.875 SS M43 Z •8 833 -25.46 26.875 36 777 86 M43 z •25.46 -29616 36.777 46.678 87 M43 z -29.616 -21 303 46.678 56.579 88 M44 z -2.182 -27.642 0 11.316 89 M44 z -27.642 -53.102 11-316 33.632 90 M44 z -53 102 -53 102 22.632 33.948 91 M44 z -53 102 -31 279 33.948 45264 92 M44 z -31.279 -2.182 45.264 56.579 93 M4S z -5456 -27 278 0 11.316 g4 M45 z -27.278 -49.101 11.316 22.632 95 M45 z -49.101 -49.101 22.632 33.948 96 M45 z -49.101 -23.641 33.948 45.364 97 M45 z -23.641 -1.819 45.264 56.579 98 M46 2 -17.73 -34 552 fl 11 316 99 M46 z -34.552 -49.101 11.316 22.632 100 M46 z .49101 -45 464 22 632 33.948 101 M46 z -45.464 -23.641 33.948 45.264 102 M46 z -23.641 -1.819 4S.S64 56.579 103 M47 z -12.73 -34.552 0 11.316 104 M47 z -34.552 -52.738 11.316 22.632 IflS M47 z -52738 -49.101 22.632 33.948 106 M47 z -49.101 -30.915 33.948 45.264 107 M47 z -30.915 -16.367 45.264 56.579 108 M4a z -2.173 -23 898 0 11.366 109 M48 z -23.898 -49.245 11-366 22.733 110 M48 z -49.245 -52.865 22.733 34.099 111 M4a z -52865 -31.14 34.09g 45 466 112 M48 z -31 14 -2.173 45.466 56 832 Momhor Distributod Loads (BLC 10: BLC 4 Transiont Aroa Loads) Member Label Direction .Start Magnitude[lb/fl,F] End Magnitude[lb/ft,F] Start LQcaliQn[in,%] End Localion[in,%] M14 -51 543 -70,993 6,919 19-373 M14 -70.993 -90.444 19.373 31.827 M14 -90,444 -100.169 31.827 44-281 M14 -100169 -80-719 44.281 56.735 M14 -80719 -41.818 56.735 69.189 MIS -40.959 -40.959 11.828 M28 -2,162 -54 052 42.014 49.016 _M2A -54.052 -105-942 49.016 56.018 M28 -105.942 -88.646 56,018 63.021 JA M2a -88,646 -54.052 63.021 70,023 JLL M29 -147.022 -97.603 i.803 JA -JA M29 -M2A -97.603 -134.667 9803 19-606 -134.667 -159,377 19,606 29-41 J4-M29 -1-59 377 -109-957 29-41 39 213 JA M29 -109.957 -85,248 39.213 49.016 JA M52 -108.146 -108.146 22.843 51.962 J2_ -USA -117.031 -117.031 3.494 51.1 JA M54 -62.69 -87.155 9.901 JA MS4 -87.155 -74.923 9.901 19803 -2A M54 -74.923 -25.gg4 19.803 29-704 -21. M54 -25.994 -1.529 29.704 39.606 -2A -MIA -37.674 -51.891 13.838 24.908 _2A M13 -51.891 -80.324 24.908 35.978 -24-M13 -80.324 -87.432 35.978 47.048 _2A M13 -87.432 -58.999 47.048 58.119 -2A M13 -58 999 -30.566 58.119 69.189 -22-M14 -30.329 -30.329 10-378 -2A M14 -30329 -30.329 10.378 20.757 -2A M27 -44.152 -30.329 49,305 70.435 AA M28 ^249 -72.344 11 204 -31. M28 -72.344 -93.414 11.204 22.407 -3A M28 -93.414 -86.391 22.407 33.611 -3A M28 -86.391 -65.32 33.611 44.815 A4-M28 -65.32 -51.273 44.815 56.018 AA MSO -3.974 -35763 16.974 26.875 MSO -35.763 -51.658 26.875 36.777 _32_ M50 -51.658 -35.763 36.777 46,678 AA MSO -35,763 -3,974 46.678 56.579 -3A MSI -25,73 -67.454 11.316 -4A MS1 •67454 -102 224 11.316 _22.63A -41. M51 -102.224 -109.178 _22.63A 33.948 JA M51 -109.178 -74.408 33.948 45.264 JA MSI -74408 -18 776 45.264 56.579 RiSA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140C61-132r1\14C061-132r1 - Model_4.r3d] Page 19 132 of 141 RISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 1S, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 10: BLC 4 Transiont Aroa Loads) (Continuod) 44 M.53 z -63.069 -63069 9524 29 487 45 M12 z -70.793 -70.793 25.023 31.449 46 M13 z -70.793 -70.793 31.449 37,875 47 M12 z -70.793 -61.943 37.875 44,301 48 M12 2 -61.943 -53.094 44.301 50,726 49 M12 2 -53.094 -44245 50.726 57 152 50 Ml 2 2 -44.245 -35.396 57.152 63.578 51 M1? Z -35.396 -35.366 63.578 70 003 52 M13 Z -9.246 -46.228 0 9.235 53 M13 Z -46228 -33.g 9.225 18.45 54 M13 Z •33.9 -3 082 18.45 S7.67e 55 M?6 Z -46.048 -46.048 60-556 70.435 56 M27 Z -4.036 -39.916 0 13.678 57 M27 Z -39.gie -66.825 12.678 25.357 58 M27 Z -66.835 -75.795 25-357 38.035 59 M27 Z -75.795 -53.371 38.035 50.713 60 M27 Z -53371 -6.521 50.713 63.392 61 M48 Z -1.6S8 -21 678 22733 31.258 62 M48 Z -21.678 -48 358 31.258 36.783 63 M48 Z -48 358 -35 018 39-783 48.307 64 M4a z -35.018 -1.668 48.307 56,832 65 M4g z -3.002 -33.017 0 11,366 66 M49 z -33.017 -58.03 11.366 22,733 67 M49 z -58.03 -63.032 22-733 34,ogg 68 M4g 2 -63 032 -43 022 34-099 45,466 69 M49 z -43.022 -3.002 45-466 56,832 7P MSP z -1.256 -32.662 P 9,053 71 MSfl z -32.662 -57.787 9-053 18,105 72 MSQ z -57.787 -45.224 18-105 27.158 73 MSO z -45.224 -13.819 27.158 36.211 74 MSO z -13.819 -1.256 36.211 45.264 75 M9 z -13 798 -13 768 57-404 69.188 76 M10 z -12.632 -24.383 0 13.838 77 Mifl z -24383 -.36.134 13-838 27.676 78 MIO z -36134 -36 134 27.676 41,513 79 MIO z -36.134 -27.32 41-513 55.351 80 MIO z -27.32 -21.445 55.351 69.189 81 Mil z -37.435 -37.435 3-176 63.987 83 M12 z -25 992 -25.992 0 6.256 83 M12 z -25.992 -32.49 6-256 12.512 84 M12 z -32 49 -38.989 12.512 18.768 85 MIS z -38.989 -38.989 18-768 25.023 86 M34 z -28.612 -36.906 21.007 30.81 87 M34 z -36.906 -53.492 30.81 40.613 88 M34 z -53.492 -45 igg 40-613 50.417 89 MS4 z -45 igg -32.759 50-417 60.22 90 M34 z -32.7Sg -49.346 60.22 70.023 91 MSS z -24383 -35gg3 Q 14.005 92 MSS z -3s.gg3 -44.701 14.005 28.009 93 M35 z -44.701 -44 701 28-009 42.014 94 M35 z -44 701 -35gg3 42-014 56.018 95 MSS -35.gg3 -24.383 56.018 70.023 96 M2e z -21 162 -33.987 0 12.678 97 M26 z -33.687 -46 813 12,678 25.357 98 Mse z -46 813 -50019 75.357 38.035 99 M26 z -50.019 -33.987 38.035 50713 100 M26 2 -33.987 -8.336 50.713 63.392 101 M43 z -.513 -8.724 16.974 26.875 102 M43 z -8.724 -25.147 26.87S 36.777 103 M43 z -25.147 -29.252 36.777 46.678 104 M43 z -29.252 -21.041 46.678 56.579 105 M44 z -2.155 -27.3fl2 0 11.316 106 M44 2 -27.302 -48.856 11.316 23.633 107 M44 2 -48.856 -48.856 22.632 33.948 108 M44 z -48.856 -30.895 33.948 45.364 109 M44 z -30.895 -2.155 45.264 56.579 110 M45 z -5.389 -76.943 0 11.316 111 M45 z -36.943 -44.905 11.316 33.633 112 M45 z -44g05 -57.09 27 63? 33 948 113 M45 z -52.09 -30.535 33.948 45.364 114 M45 z -30.535 -1.796 45.264 56.579 115 M46 z -1.437 -22.991 0 11 316 116 M46 z -22.991 -44.546 11.316 33,633 117 M46 z -44 546 -48.138 2? 63? 33 948 118 M46 z -48-138 -26.584 33.948 45.364 119 M46 z -26.584 -1.437 45.264 56.579 120 M47 z -15.807 -30.176 Q 11.316 121 M47 z -30.176 -48.138 11.316 22.632 122 M47 z •48.138 -48.138 22 632 33.948 123 M47 z -48.138 -22.991 33.948 45.264 124 M47 z •22.991 -1.437 45.264 56.579 125 M48 z -1.788 -24.141 0 9.093 126 M4a z -24.141 -46.493 9.093 18.186 127 M4a z -46.493 -46.493 18.186 27.279 128 M4a z -46.493 -24.141 27.279 36.373 RISA-3D Version 12.0.2 [\\MBI-FILE\MBi-Operations\Engineering\Signs\Projects\2014\140C61\140061-132r1\140Q61-132r1 - Model_4.r3d] Page 20 133 of 141 IllRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Mombor Distrihutod Loads (BLC 10: BLC 4 Transiont Aroa Loads) (Continuod) I 129 Member Label Direction Start Magnitude[lb/tt,F] End Magnitude[lb/ft,Fl Start Location[in,%] End LocatiQn[in,%] M48 -24141 -1 788 36.373 45.466 Momhor Distrihutod Loads (BLC 11: BLC 5 Transiont Aroa Loads) Member Label Direction Start Magnitudepb/ft.F] End Magnitude[lb/ft.F] Start Location[in.%] End Location[in,%] -MA -4.798 -4.798 57.404 69.189 MIO -4.495 •8.581 13.838 Min •8.581 -11 646 13 838 27 676 MIO -11.646 -12.668 27,676 41.513 MIO -12.668 -10 625 41.513 55 351 MIO Mil -10.625 -6,538 -12.366 -12.366 55.351 1.631 69.189 67.935 -UIA •8.558 •8.558 8.595 M12 -8.558 -10.698 8.595 15.202 -JA M12 •10,698 •12,838 15 70? 21.809 M12 -12,838 -14.977 21.809 28.416 _1A M12 •14.977 •17.117 78,418 -35JJ2A JA M12 •17.112 -14.977 35.023 41.631 J4-M12 -14.977 -12.838 41.631 48.238 JA M12 -12.838 -10.698 48.238 54.845 -JA M12 -10.898 -8.558 54.845 61,452 -12-M12 -8,558 -8,558 61,452 68059 JA -MIA -12.366 -12 366 1.297 67.601 JA M14 -6,538 -10625 13,838 _2A M14 •10,625 •12,668 13.838 27.676 -21. M14 -12.668 -11.646 27.676 41.513 -22_ M14 •11,646 •8 581 41.513 55,351 -2A M14 -8.581 -4,495 55.351 69,189 -24-MIS •4781 •4,781 11,828 _2A M24 •9.95 •12.834 21,007 30.81 -2A M24 •12 834 •18 602 30,81 40,613 -22J -M24-•18.602 •15.718 40,613 50.417 -ffl-M24 -15,718 -11.392 50.417 60.22 _2A M24 -11.392 -17.16 60.22 70.023 -3A M2S -8,479 -12.517 14.005 -31. M25 -12517 -15.545 14005 28.009 JA MSS -15,545 -15.545 38,009 42.014 -BA M25 -15,545 -12517 42.014 56018 A4_ M25 -12,517 -8,479 56.018 70,023 _3A M26 -2.81 -14,852 14.087 -3A M26 -14.852 -18 866 14.087 28.174 -32L M26 -18,866 -14.852 28,174 42,261 -3A M2e -14,852 -10838 42.261 56 348 -3A M26 -10,838 -6,824 56.348 70.435 _4A M27 -6.824 -16838 14.087 JL M27 -10,838 -14,852 14,087 28.174 JA M27 •14852 •18 866 28.174 42261 _4A M27 -18.866 -14852 42.261 56.348 J4-M27 -14.852 -2.81 56.348 70.435 JA M28 •8.479 •12517 14.005 JA M28 -12.517 •15.545 14.005 28.009 JZ. M28 •15.545 -15.545 28,009 42.014 JA MSa -15.545 -12.517 42.014 56.018 _4A M28 -12,517 -8,479 56.018 70,023 AA M29 •17.16 •11 302 g.803 Jl. M29 -11.392 -15,718 ).803 19.606 -SA M29 -15.718 -186fl? 19.806 79.41 -SA Msg -18,602 -12.834 29.41 39.213 -54-M29 -12.834 -9.95 39.213 49,016 AA M43 -178 -3.034 16.974 26,875 _5A _M4A -3.oa4 -8.745 26.875 36.777 -SZ. M43 -8,745 -10,173 36.777 46.678 AA M43 -10,173 -7.317 46.678 56,579 _5A M44 JZA -94g4 11.316 -BA _M44--9.494 -18,23a 11.316 -22.fi3A -61. M44 -18,239 -18.239 _2263A 33.948 AA M44 -18.239 -10.744 33.948 45.264 -6A M44 -10.744 JA 45.264 56.579 -64-M45 -1.874 -9.369 11,316 -6A M45 -9.369 -16.865 11.316 -2263A -6A M45 -16.865 -16,865 _2263A 33,948 -6Z_ M4S -16.865 -8,12 33,948 45.264 M45 -8,12 -625 45.264 56,579 M46 -4.372 -11.868 11.316 -ZA M46 -11.868 -16,865 11.316 _22fi3A _ZL M46 -16,865 -15.616 _2263A 33.948 JZ2_ M46 -15616 -8.12 33.948 45.264 JZA M46 -8.12 -625 45.264 56,579 JZ4--U42--4.372 -11.868 11.316 JZA M47 -11.868 -18.114 11.316 22.632 -ZA M47 -18.114 -16.865 _2263A 33.948 -22-M47 -16.865 -10619 33.948 45.264 JZA M47 -10.619 A.622-45,264 56.579 JZA M48 -.746 -8,208 11.366 JSA M48 -8.208 -16,914 11.366 22.733 -81. M48 -16.914 -18.158 22,733 34 ogg R1SA-3D Version 12.0.2 [\\MBI-FILE\MBl-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - Model_4.r3d] Page 21 134 of 141 llRISA TECHNOLO Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 11: BLC S Transiont Aroa Loads) (Continuod) 82 M4a 2 -181.58 -10.696 34 099 45 466 83 M48 2 -10.696 -.746 45466 56.832 84 M4g Z -.746 -10.696 0 11.366 as M4g Z -10696 -16.914 11.366 22733 86 M49 Z -16.914 -16.914 23.733 34.099 87 M49 2 -16 914 -9.452 34 099 45 466 88 M4g 2 -9.453 -.746 45,466 56.832 89 MSO Z -56SS -10.619 0 11.316 90 MSP Z -10 619 -16.865 11.316 22.632 91 MSO Z -16.865 -18.114 22,632 33.948 92 MSO 2 -18.114 -11 868 33 948 45 764 93 MSO 7 -11 868 -4 372 45,264 56.579 94 M51 7 -ess -812 0 11,316 95 MSI Z -8.12 -15.616 11.316 22,632 96 MSI 7 -15.616 -16865 22.632 33.948 97 MSI Z -16865 -11.868 33.948 45.264 98 MSI Z -11.868 -4.372 45.364 56.579 gg MSS Z -.625 -8.12 0 11.316 100 MSS 2 -8.12 -16.865 11,316 22.632 101 MSS 7 -16865 -16865 22.632 33.948 102 MSS 7 -16.865 -9.366 33.948 45.263 103 MSS Z -9.369 -1.874 45.263 56.576 104 Msa 7 -874 -10 869 0 11.316 105 Msa Z -10869 -18.364 11,316 22,632 106 M.53 7 -18364 -17115 22 632 33 948 107 M53 Z -17,115 -9.6ig 33.948 45.264 108 Miia 7 -9,619 -2.124 45264 56.576 log MS4 Z -7.317 -10.173 0 g.goi 110 MS4 Z -10.173 -8.745 9.901 19,803 111 M54 7 -8.745 -3.034 19.803 26.704 112 M54 Z -3.034 -.178 29,704 30.606 113 M6S Z -4.798 -4.768 57,404 eg isg 114 M6g Z -4.495 -8.581 0 13.638 115 Meg 7 -8.581 -11.646 13,838 27 676 116 M6S 7 -11.646 -12.668 27.676 41,513 117 M69 Z -12.668 -10.625 41,513 55.351 118 M69 7 -10.635 -6 538 55.351 eg.iag 119 M70 Z -12366 -12.366 1 631 67 635 120 M71 Z -8 558 -8.558 1.988 8 595 121 M71 Z -8.558 -10.608 8.595 15.202 122 M71 7 -10 698 -12.838 15,202 21 aog 123 M71 Z -12.838 -14.g77 21.809 28.416 124 M71 Z -14.977 -17.117 28.416 35.023 125 M71 Z -17.117 -14.g77 35.023 41.631 126 M71 Z -14.977 -12.838 41.631 48,238 127 M71 Z -12838 -10.608 48,236 54 845 isa M71 Z -10.668 -8.558 S4.84S 61,452 129 M71 Z -8.558 -8.558 61,452 esosg 130 M73 Z -12.366 -12.366 1,297 67,601 131 M73 Z -6.538 -10.625 0 13,838 132 M73 7 -10 625 -12.668 13,838 37 676 133 M73 Z -12 668 -11.646 27.676 41,513 134 M73 2 -11646 -8.581 41,513 55,351 135 M73 2 -8.581 -4.405 55,351 69.189 136 M74 2 -4.781 -4.781 fl 11 838 137 M83 Z -9.95 -12.834 21,Ofl? 30,81 138 Maa 2 -12834 -18.602 30,81 40.613 139 M83 7 -18.602 -15718 40.613 50.417 140 M83 Z -15.718 -11.392 50.417 60.23 141 M83 Z -11 392 -17.16 60,22 70023 142 Ma4 Z -8.479 -12.517 0 14.005 143 Ma4 Z -12.517 -15.545 14,005 28 009 144 Ma4 7 -15.545 -15.545 28.009 42.014 145 Ma4 7 -15 545 -12.517 42,014 56.018 146 Ma4 7 -12,517 -8.479 56,018 70.023 147 Mas Z -2,81 -14.852 0 14.087 148 Mas 2 -14,852 -18.866 14,087 28.174 149 Mas 2 -18,866 -14.852 28.174 42.261 ISO Mas 2 -14 85? -10.838 42,261 56.348 151 Mas 2 -10838 -6.824 56.348 70.435 152 M86 Z -8.824 -10.838 0 14.087 153 Mse Z -10.838 -14.852 14.087 28.174 154 M86 Z -14.852 -18.866 38,174 42.261 155 MS6 Z -18866 -14852 43,361 56.348 156 Mse Z -14.852 -2.81 56.348 70.435 157 MS? Z -8.479 -12.517 0 14.005 158 MS? Z -12.517 -15.545 14,005 2a.pp9 159 MS? Z -15.545 -15.545 28.009 42.014 160 Ma? Z -15.545 -12.517 42,014 56.018 161 M87 Z -12.517 -8.479 56.018 70.023 162 Maa Z -17.16 -11.392 0 g,8P3 163 M88 Z -11.392 -15.718 9.803 19.606 164 Maa Z -15.718 -18.602 19.606 29.41 165 Mas Z -18.602 -12.834 29.41 39.213 iee M8a z •12.834 -9.95 39.213 49016 R1SA-3D Version 12.0.2 ;\\MBl-FILE\MBl-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - ModeL4.r3d] Page 22 135 of 141 il Company IRISA if}}^^' HNOLOGIES Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Momhor Distributod Loads (BLC 11; BLC 5 Transiont Aroa Loads) (Continuod) Member Label Direction Slart Magnitude[lb/ft,F] End Magnitude[lb/ft,F] Start LocalionDn,%l End Location[in,%] 167 Ml 02 •178 -3.034 16974 26.875 168 Ml 02 -3.034 -8.745 26.875 36.777 169 Ml 02 -8.745 -10.173 36.777 46.678 170 M102 -10.173 •7.317 46,678 56.579 JZL Ml 03 -.75 -9.494 11.316 JZA M103 -9,494 -18,239 11318 _22S22- 173 -MlflA -18.239 -18,239 -22.63A 33,948 174 M103 -18,239 -10,744 33.948 45,264 175 Ml 03 -10,744 -2A 45.264 56579 J2A M104 •1.874 -9.369 11.316 177 M104 •9,369 -16.865 11.316 _2263A 178 M1P4 -16.865 -16.865 -22J53A 33.948 179 M1P4 -16.865 -8,12 33,948 45,264 180 M104 -8.12 -625 45.264 56,579 181 Ml 05 -4.372 -11,868 11.316 182 M105 -11.868 -16.865 11.316 -2263A 183 MIOS -16,865 -15,616 -22.63A 33,948 184 M105 •15,616 •8.12 33,948 45.264 JBA M1Q5 -8.12 -.625 45.264 56.579 186 MlOe -4.372 -11868 11,316 187 M1Q6 •11.868 -18,114 11.316 _22.63A 188 -MIOA -18.114 -16 865 _2263A 33.948 189 -MlflA -16.865 -10.619 33.948 45.264 190 MlOe -10.619 J£22-45,264 56.579 191 M107 -746 -8.208 11.366 -ISA M107 •8.208 -16014 11.366 22.733 193 M1fl7 -16.914 -18,158 22.733 34.099 194 M1P7 •18.158 -10.696 34.099 45.466 195 M107 -10,696 -746 45.466 56.832 196 Mioa •746 -10 696 11.366 J32-M108 -10.696 -16.914 11.366 22.733 -MIOA •16.914 -16914 22.733 34.099 199 Ml 08 -16.914 -9.452 34.099 45.466 SPP M1P8 •9,453 -746 45,466 56,833 291 Ml 09 -5.622 -10,619 11,316 -2QA M1P9 •10.619 •16.865 11,316 -22.63A 203 -MlflA -16.865 -18.114 _2263A 33.948 204 M1P9 -18.114 -11 868 33 948 45 264 2P5 M109 -11,868 -4,372 45,264 56,579 -20A M110 -,625 -8,12 11.316 207 M110 -8,12 -15.616 11-316 _2263A -2QA M110 -15,616 -16,865 -22fi3A 33,948 AflA M110 -16.865 -11,868 33.948 45.264 210 M110 -11,868 -4,372 45,364 56,579 211 Mill -.625 -8,12 11,316 _21A M111 -8 12 -16 865 11.316 _22.63A 213 Mill -16,865 -16.865 -2263A 33.948 214 M111 -16.865 -9,369 33.948 45 263 215 Mill -9.369 -1.874 45.263 56.579 216 M112 -.874 -10 869 11,316 217 Mils •10,869 -18 364 11.316 _22ii3A _21A M112 -18.364 -17115 -2263A 33.948 219 M112 -17.115 -9 619 33948 45.264 -22A M112 •9.619 •2.124 45.264 56.579 221 M113 -7.317 -10,173 9,901 -22A -MUA -10173 -8.745 9.901 19.803 -22A M113 -8,745 -3,034 10-803 29.704 -224-M113 •3-034 •178 29.704 39,606 Momhor Distrihutod Loads (BLC 12 ; BLC 6 Transiont Aroa Loads) Member Label Start Magnitjde[lb/ft.F] End Magnitude[lb/ft,F] Slart Localion[in,%] End Location[in,%] -MA -13727 -13,727 57.404 69,189 MIQ •12,859 •24 549 13.838 MIO •24,549 -33.317 13.838 27.676 MIO •33.317 •36.239 27.676 41.513 MIO •36 239 -30.394 41.513 55.351 M10 -30.304 -18.704 55.351 69.189 Mil -35.376 -35.376 1,631 67.935 M12 -24.483 -24.483 1.988 8.595 M12 -24483 -30604 8.595 15.202 JA -MIA -30.604 -36.725 15.202 21.809 JA M12 -36.725 -42846 21.809 28.416 JA M12 -42.846 -48.967 28.416 35.023 -JA M12 -48.967 -42.846 35.023 41.631 -J4-M12 •42.846 •36,725 41.631 48.238 54.845 JA M12 -36.725 -30.604 48.238 JA Ml 2 -30.604 -24 483 54,845 61,452 JZ-M12 -24.483 -24.483 61.452 68.059 JA Ml 3 -35.376 -35.376 1.297 67.601 JA M14 -18,704 -30.394 13.838 -2A M14 -30,394 -36 239 13.838 27,676 -21. M14 -36,239 -33317 27 676 41 513 -2A M14 -33.317 -24,549 41.513 55.351 -2A M14 -24.549 -12.859 55.351 69.189 -24-M15 -13,676 -13 676 11.828 RISA-3D Version 12.0.2 [\\MBI-FlLE\MBl-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - Model_4.r3d] Page 23 136 of 141 ll RiSA TECHNOLOG Company Designer Job Number I E s Model Name MBI RJD 140051.132r1 Carisbad Welcome Sign Nov IS, 2014 Checked By: LJC Mombor Distrihutod Loads (BLC 12 : BLC 6 Transiont Aroa Loads) (Continuod) Member Label Direction start Magnitude[lb/fl,F] End Magnitude[lb/tt,F] Start Location[in,%] End Location[in,%] _2A M24 -28 465 -36.715 21,007 30,81 _2A M24 -36715 -53,216 30.81 40.613 -22-M24 -53,216 -44,966 40,613 50,417 -2A M24 t.966 -32 59 50417 _60.2A _2A M24 -32,59 -49,091 60,22 70.023 AA -31. _M2A _M2A -24,257 -35.808 -35,808 -44.471 14.005 14.005 28.009 -SA M25 •44.471 -44.471 -2a.flflA 42.014 -3A M25 -44.471 -35.808 42.014 56,018 A4-M35 -35,808 -24.257 56.018 70.033 AA M26 -8038 -42,488 14,087 -3A MS6 -43466 -53,971 14,087 SS,174 AZ. M26 -53,971 -42,488 28174 42,261 -3A M2e -42.488 -31.005 42.261 56,348 AA M26 -31 005 -19,522 56.348 70.435 JA M27 •19,522 •31,005 14.087 JL, M27 -31,005 -42,488 14.087 28,174 -42. M37 -43,488 -53 971 38.174 43,361 JA M27 -53,971 -42,488 42.261 56.348 M27 -42.488 -8.038 56.348 70.435 JA M2a -24,257 -35.808 14.005 JA JZ. -M2A M28 -35.808 1471 -44,471 -44,471 14.005 28.009 28.009 42.014 -4A M28 -44.471 -35.808 42.014 56.018 JA -SA M28 M29 -35 808 -24257 -49.091 -33.59 56018 70023 9.803 _5L. M39 -33.59 -44.966 9,803 19,606 _5A M29 L966 -53,216 19.606 29.41 -SA M29 -53.216 -36715 29.41 39.213 -54-M29 -36.715 -28.465 39.213 49.016 AA M43 -.511 -8.679 16.974 26.875 -5A M43 •8,679 •25017 26.87S 36.777 AZ- -SA M43 M43 -25,017 -29,101 -29,101 -30 933 36.777 46,678 46.678 56,579 AA M44 -3,144 -27.161 11,316 _6A M44 -27.161 -52.178 11.316 _2263A -61. M44 -52.178 -52.178 -22.63A 33.948 -6A -52178 -30 735 33.948 45.264 _6A M44 -30,735 -2,144 45.264 56.579 _64_ M4S -5.361 -26.804 11.316 -6A M45 -26 804 -48247 11.316 -22fi3A _6A M45 -48.247 -48.247 _22.63A 33.948 -62-M4S -48.247 -23.23 33.948 45.264 _6A M45 -23.23 •1.787 45.364 56.579 -6A M46 -12.508 -33.952 11.316 _ZA M46 -33.952 -48.247 11.316 -22.fi3A JZJ-M46 -48.247 -44.673 _22.63A 33.948 -ZA M4a 1,673 -23 23 33,948 45 264 _ZA M46 -23.23 -1.787 45.264 56.579 JZ4_ M47 -12.508 -33.052 11.316 JZA M47 -33952 -51,821 11.316 -22AJA JZA M47 -51 821 -48 247 -2263A 33.948 JZZ. M47 -48247 -30378 33,948 45,264 -ZA M47 -30,378 -16,083 45.264 56.579 -2A M48 -2,135 -23,482 11,366 AA M48 -23.482 -48.388 11.366 22.733 -81. M4a -48.388 -51.946 22.733 34.099 -S2-M48 -51.946 -30.598 34.09g 45.466 -BA M48 -30.598 -2,135 45.466 56.832 A4-M46 -2135 -30,598 11,366 AA M49 -30,508 -48,388 11.366 22.733 M4a -48,388 -48,388 22.733 34.099 A2_ M4g -48,388 -27.04 34.099 45.466 M49 -37.04 •3.135 45,466 56.832 MSQ -16,082 -30,378 11.316 -9A MSO -30.378 -48.247 11.316 _22.^A -31. MSO -48.247 -51.821 _22.63A 33,948 AA MSQ -51,821 -33.952 33.948 45.264 _3A MSO -33 952 -12.508 45.264 56.579 -34-M51 -1.787 -23.23 11.316 -SA M51 -23.23 -44,673 11.316 22.632 AA M51 -44.673 -48.247 -2263A 33.948 _S2_ MSI -48.247 -33,952 33.948 45.264 MSI -33952 -12508 45 264 56.579 -SA M52 -1.787 -23,23 11,316 100 M52 •23.23 -48.247 11.316 -22.63A 101 M52 -48.247 -48,247 _22S22-33.948 JflA MS2 -48.247 -26.804 33.948 45.263 JflA M52 -26.804 -5.361 45.263 56.579 Jfl4_ Msa -2.502 -31.092 11.316 JflA M53 -31.092 -52.535 11.316 _2263A JLOA M53 -52.535 -48.962 -2263A 33.948 107 MSO -48.962 -27,519 33.948 45.264 108 Msa •27.519 -6.076 45.264 56.579 109 M54 -20.933 -29.101 9.901 R1SA-3D Version 12.0.2 [\\MBI-FlLE\MBl-Operations\Engineering\Signs\Projects\2014\14CC61\140061-132r1\140Q61-132r1 - Model_4.r3d] Page 24 137 of 141 RISA N O L 0 G I E S Company Designer Job Number Model Name MBI RJD 14C061.132r1 Carisbad Welcome Sign Nov IS, 2014 Checked By: LJC Momhor Distrihutod Loads (BLC 12 ; BLC 6 Transiont Aroa Loads) (Continuod) 110 M54 Z -29.101 -25017 g.goi 19803 111 MS4 Z -25017 -8.679 ig.803 29.704 112 M54 z -8.679 -.511 29.704 39.606 Momhor Aroa Loads (BLC 1: Doad Load) Joint A Joinlfl 1 N115A N128A N128B N116A 1 Two Wav 1 -10 1 2 N12eA N124A N125A N127A 1 Y Two Way 1 -10 1 Momhor Aroa Loads (BLC 2 ; Wind Load A) Joint A Joint B Joint C .loint D Direction Distribution Magnitude[psf] N115A N128A N128B N116A Two Way -38,4 Momhor Aroa Loads (BLC 3 • Wind Load B) Joint A Joinl B Joinl C .loint D 1 1 N115B N86 N128B N116A z Two Wav -53,8 2 1 N115A N128A N86 Nil SB Z Two Way -23 Momhor Aroa Loads (BLC 4 : Wind Load C) .loint A 1 N117A N116B N128B N116A Z Two Wav -63,8 1 2 N119 N118A N116B N117A Z Two Way -44.7 1 3 N121A N120A N118A N119 z Two Wav -32,3 4 N11SA N128A N120A N121A z Two Way -22,3 1 Momhor Aroa Loads (BLC 5Soismie) Joint A Joint B Joinl C Joint D Direction Distribution Magnilude[psf] N115A N128A N128B N116A Two Wav -7.9 N126A N124A N12SA N127A Two Way Mombor Aroa Loads (BLC 6 ; Truck Indueod Wind Load) Joint A Joint B Joint C Joint D Direction Dislribullon Magnitude[psf| N11SA N128A N128B N116A Two Way I -226 Joint Roaetions 1 1 N114A -3.73 3.56 4.02 0 0 0 2 1 N11SC 16.08 2.16 .08 0 0 0 3 1 N117B 2,31 3.61 5.23 0 0 0 4 1 N116C -14,66 1.98 -1.13 0 0 0 5 Totals: 0 11.31 8.2 6 1 COGrln^: X: 491.51 Y: 258,29 Z:0 7 2 N114A -3,73 3,56 3.92 0 0 0 a 7 N11SC 16.09 2.16 .04 0 0 0 9 2 N117B 2.31 3,61 5.33 0 0 0 10 2 N116C -14.67 1.98 -1,09 0 0 0 11 2 Totals: 0 11.31 8,2 12 2 COG finV X: 491.51 Y: 258,29 2:0 13 3 N114A -3.71 3.56 3.76 0 0 0 14 3 N115C 1607 2,16 .06 0 fl 0 15 3 N117B 2.34 3,61 5.21 0 0 0 16 3 N116C -14.7 1.99 -1.06 0 0 0 17 3 Totals: 0 11,31 7.97 18 3 COG OnV X: 491.51 Y: 258.29 Z:0 19 4 N114A -3.53 3.57 2.69 0 0 0 20 4 N11SC 15.89 2.13 .35 0 0 0 31 4 N117B 2.55 36 3.91 0 0 fl 23 4 N116C •14.91 2.fl1 -.86 0 0 0 23 4 Totals: 0 11.31 6.1 24 4 COG fin): X: 491.51 Y: 25a,2g Z:0 25 5 N114A -2.5 2,13 4.2 0 0 0 26 5 N11SC 988 1.33 -.11 0 0 0 27 5 N117B 1.1 2,17 4.93 0 0 0 28 5 Niiec -8.49 1,16 -.83 0 0 0 29 5 Totals: 0 6,79 8.2 30 5 COG (in): X: 491.51 Y: 258,29 Z:0 31 6 N114A -2.5 2.12 4.1 0 Q 0 32 6 N11SC 9.89 1.33 -.15 0 0 0 33 6 N117B 1.1 2.17 5,03 0 0 0 34 6 N116C -8.5 1.16 -.78 0 0 0 35 6 Totals: 0 6.79 8.2 36 6 COG rtn): X: 491.51 Y: 258,29 Z:Q 37 7 N114A -2.48 2.12 3.95 0 0 0 38 7 N11SC 9.87 1.33 -.13 0 0 0 39 7 N117B 1.13 2.17 4.9 0 0 0 40 7 N116C -8.53 1.16 •.75 0 0 0 41 7 Totals: 0 6.79 7.97 42 7 COG (in): X: 491.51 Y: 258.29 Z' 0 43 8 N114A -2.29 2.13 2.9 0 0 0 R1SA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projeds\2014\14Q061\140061-132r1\140061-132r1 - Model_4.r3d] Page 25 138 of 141 Company icISA Job Number N 0 L OG T E s Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Joint Roaetions (Continuod) 44 a N11SC 9.66 1 31 ,15 P 0 fl 45 8 N117B 1.34 2,16 3.62 0 0 0 46 8 N116C -8.73 1,19 -57 0 0 0 47 8 Totals: 0 679 6.1 48 8 COG finV: X: 491.51 Y: 258,29 Z:0 49 9 N114A -3,86 3,56 5.09 fl 0 0 SO 9 N11SC 16.2 2,17 .08 0 0 0 51 9 N117B 2,15 3,62 6.3 0 0 0 52 9 N116C -14.49 1.96 -1.13 0 0 0 S3 9 Totals: 0 11,31 10.34 54 9 COG fini: X: 491,51 Y: 258 28 ZO Envolopo Joint Roaetions Joint X[k] LC Y[k] 1 C Z[k] 1 C MX [k-ft] 1 c MY [k-ft] IC MZ [k-ft] LC 1 N117B jiiax. 255 4 3,62 9 63 9 0 0 fl 2 min 1.1 6 2,16 8 3.62 8 0 .l 0 0 3 N114A max -2.29 8 3.57 4 5.09 9 0 .l 0 0 1 4 min -3.86 9 2.12 6 2,69 4 0 .\ 0 1 0 1 5 N115C max 16.2 9 2,17 9 ,35 4 0 0 0 1 6 min 9.69 8 1,31 8 -15 fi 0 0 0 7 N116C max -8.49 6 2.01 4 -,S7 8 0 0 0 .] 8 min -14,91 4 1.16 5 -1,13 1 0 0 0 1 9 Totals: max 0 4 11.31 3 10.34 9 10 min 0 5 6.79 S 6.1 4 Envolopo AISC 14th('{6n.10): ASD Stool Codo Chocks 1 MS HSS4x3x4 .552 0 9 .204 0 V 4 79,71 80.16 7.16 8.75 4„, Hl-lb 2 M6 HSS4x3x4 ,085 0 9 .005 0 y 9 63,07 80.16 7.16 8.75 Hl-lh 3 M7 HSS4x3x4 .104 36.76 9 .008 0 V 9 63.07 80.16 7.16 8.75 H1-1b 4 M8 HSS4x3x4 .228 38.2 9 .008 0 y 9 63.07 80.16 7.16 8.75 Hl-la 5 Mg HSS4x3x4 ,260 33.87 g .009 69,19 z 9 63,07 80.16 7.16 8.75 Hl-la 6 MIP HSS4x3x4 ,292 33,15 9 .011 69.19 V 9 63,07 80.16 7.16 8.75 Hl-la 7 Mil HSS4x3x4 ,303 33,87 9 .011 0 V 9 63,07 80-16 7.16 8.75 H1-1a 8 Ml 2 HSS4x3x4 .309 34.27 9 .011 70 y 2 62.72 80.16 7.16 8.75 Hl-la g M13 HSS4x3x4 ,298 33,15 9 .009 69,19 V 3 63,07 80-16 7.16 8.75 Hl-la 10 M14 HSS4x3x4 ,278 33.87 9 .007 0 V 7 63.07 80.16 7.16 8.75 Hl-la 11 MIS HSS4x3x4 .237 33.15 9 .006 0 V 7 63.07 80.16 7.16 8.75 Hl-la 12 Mie hlSS4x3x4 .108 30.gg 9 .006 69.19 y 9 63.07 80-16 7-16 8.75 Hl-lb 13 M17 HSS4x3x4 .077 30.27 9 .009 69.19 z 9 63,07 80-16 7.16 8.75 Hl-lb 14 Mia HSS4x3x4 .082 69.19 9 .010 69,ig 7 9 63,07 80.16 7.16 8.75 Hl-lb 15 M19 HSS4x3x4 .476 42.82 4 .168 42,82 V 4 79.71 80.16 7.16 8.75 Hl-lb 16 M20 HSS4x3x4 .100 10.55 9 ,096 0 y 9 7g,71 80-16 7.16 8.75 Hl-lb 17 M21 HSS4x3x4 .265 70.02 9 .010 0 V 9 62,71 80-16 7.16 8.75 Hl-la 18 M22 HSS4x3x4 .355 70,02 9 .010 0 y 9 62.71 80.16 7.16 8.75 Hl-la ig M23 HSS4x3x4 .433 70,02 9 ,010 0 V 9 62,71 80-16 7-16 8.75 Hl-la 20 M24 HSS4x3x4 .510 40.12 9 .010 0 y 9 62.71 80.16 7.16 8.75 Hl-la 21 M2S HSS4x3x4 .553 38,66 9 ,013 0 V 9 62,71 80-16 7-16 8.75 Hl-la 22 Mse HSS4xax4 .569 36.68 9 ,012 0 y 9 62.53 80.16 7.16 8.75 Hl-la 23 MS? HSS4x3x4 553 37,42 9 ,010 0 ¥ ? 62-53 80-16 7-16 8.75 H1-1a 24 Msa HSS4xax4 .506 35.74 9 .009 0 y 2 62.71 80-16 7.16 8.75 Hl-la 25 Msg HSS4x3x4 436 32,82 9 ,011 0 V 3 63-71 80.16 7.16 8.75 H1-1a 36 M30 HSS4x3x4 .343 32,09 9 ,006 70,02 y 9 63-71 afl-16 7.16 8.75 Hl-la 27 M31 HSS4x3x4 .263 23,34 9 .009 70.02 V 9 62.71 80.16 7.16 8.75 1 7 H1-1a 28 M3S H.SS4x3x4 108 7fl,fl2 9 013 70.02 V 9 62.71 80-16 7.16 875 Hl-lh 29 M33 HSS4x3x4 .126 73.36 9 .117 72,36 V 9 76.71 80.16 7.16 8.75 2.7 H1-1b 30 M35 HSS4x3x4 .123 58.04 9 .023 0 y 5 46.26 67.21 4.11 6.75 2„ Hl-lh 31 M36 HSS4x3x4 .079 56.58 9 .008 56.58 V 9 47.12 67.21 4-11 6.75 2... H1-1b 32 M37 HSS4x3x4 .062 sesa 9 .009 0 V 9 47.12 67.21 4.11 6.75 2... Hl-lh 33 M38 HS.S4x2x4 .043 56.58 9 ,006 56,58 z 9 47.12 67.21 4-11 6.75 7 . Hl-lb 34 M39 HSS4x2x4 .040 56.58 9 .008 0 V 9 47.12 67.21 4.11 6.75 7.. Hl-lh 35 M40 HS!?4x2x4 .035 56 58 4 ,009 56,58 7 9 47.12 67.21 4.11 6.75 2... Hl-lb 36 M41 HSS4x3x4 .040 56.58 9 .009 0 Z 9 47.12 67.21 4-11 6.75 2, Hl-lh 37 M4S HSS4x2x4 .039 56.58 1 .010 56.58 Z 9 47.12 67.21 4.11 6.75 7 H1-1b 38 M43 HSS4x3x4 .038 56 58 9 .009 0 y 9 47.12 67.21 4.11 6.75 1„, Hl-lh 39 M44 HSS4x2x4 .056 56.58 9 .014 56.58 7, 9 47-12 67-21 4.11 6.75 2. H1-1b 40 M45 HSS4x2x4 .053 0 9 .012 0 V 9 47.12 67.21 4.11 6.75 1... Hl-lh 41 M46 HSS4xSx4 .058 56.58 g .014 56.58 z 9 47.12 67.21 4.11 6.75 2... Hl-lb 42 M47 HSS4x2x4 .055 0 g .013 0 y 9 47-12 67.21 4-11 6.75 1 Hl-lb 43 M48 HSS4x2x4 .060 56.83 g .014 56.83 z 9 46.68 67.21 4.11 6.75 2... H1-1b 44 M49 HSS4x3x4 .054 0 9 .013 0 V 9 46.97 67.21 4.11 6.75 1„, Hl-lb 45 MSO HSS4x2x4 .057 56.58 9 .014 56.58 z 9 47.12 67.21 4.11 6.75 2... Hl-lb 46 M51 HSS4x2x4 .049 0 9 .012 0 z 9 47.12 67.21 4.11 6.75 1 Hl-lb 47 MS3 HSS4x2x4 .050 56.58 9 ,013 56.58 z 9 47.12 67.21 4.11 6.75 1 H1-1b 48 Msa HSS4x2x4 .043 0 9 .012 0 y 7 47-13 67.21 4.11 6.75 1„, Hl-lb 49 M54 HSS4x2x4 .030 56 58 9 .010 56.58 z 9 47-1S 67.21 4.11 6.75 1 H1-1b SO MSS HSS4x2x4 ,028 0 9 .009 0 z 9 47.13 67.21 4.11 6.75 2 Hl-lb 51 MS6 HSS4x2x4 ,033 0 9 oog 56,58 z 9 47.12 67-21 4-11 6.75 1 Hl-lb 52 MS7 HSS4x2x4 ,027 0 9 .007 0 z 9 47-12 67.21 4.11 6.75 1„, Hl-lb 53 MSS HSS4x2x4 .043 0 9 .009 56.58 z 9 47.12 67.21 4.11 6.75 2„, H1-1b 54 Msg HSS4x2x4 .046 0 9 ,004 0 V 9 47.12 67.21 4-11 6.75 7 Hl-lb 55 M60 HSS4x2x4 .093 0 9 .013 56.58 .y-9 47.12 67.21 4.11 6.75 2... H1-1b RISA-3D Version 12.0.2 [\\MBI-FILE\MBI-Operations\Engineering\Signs\Projects\2014\140061\140061-132r1\140Q61-132r1 - Model_4.r3d] Page 26 139 of 141 § llRISA TECHNOLOGIES Company Designer Job Number Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Envolopo AISC 14th('i6Q.10): ASP Stool Codo Chocks (Continuod) AA Member M61 Shape H.S.S4x2x4 Code Check .120 Loctinl _LC-Shear. -014 Loerinl Dir LC Pnc/om Ikl 47-12 Pnl/om Ikl 67-21 Mnw/om Mnzz/om 4-11 Qh 6-7S Ean Hl-lb A2_ -SA -5A -6A AL. M62 M64 M65 M66 M67 HSS4x2x4 HSS4x3x4 HSS4X3X4 HSS4X3X4 HSS4x3x4 A2A .040 58-04 46-26 67.21 4.11 .544 .201 10-26. 79.71 80.16 7.16 -040 -63JA -008 69.19 63.07 80.16 7.16 .039 39.64 .008 63.07 80.16 7.16 099 39-64 .008 63,07 80-16 7,16 6-75 Hl-lb 8.75 Hl-lb 8.75 HMb 8.75 HMb 8.75 -6A M68 HSS4x3x4 .241 36.76 -007 63.07 80.16 7.16 8.75 Hl^la -6A M69 HSS4x3x4 ,315 33,87 ,009 69,19 63.07 80.16 7.16 8,75 H1^1a .64- -6A M70 M71 HSS4x3x4 HSS4x3x4 -361 31.71 .009 63.07 80.16 ,382 30.63 -008 JZA 62.72 80-16 7.16 7.16 8.75 Hl-la 8-75 Hl-la -6A M72 HSS4X3X4 -375 28-11 -007 69.19 63.07 80-16 7.16 8-75 Hl-la -62- -6A -6A M73 M74 M75 HS.S4x3x4 HS^S4x3x4 HSS4x3x4 .341 28.11 ,005 63,07 80.16 7-16 .275 24.5 .004 B3J9. 63-07 8016 7-16 106 26.67 .007 69.19 63.07 80.16 7.16 8.75 8-75 8.75 H1-1a Hl-la HMb JZA M7e HSS4x3x4 -053 69-19 -010 69.19 63.07 80-16 7-16 8-75 Hl-lb -ZL M77 HSS4x3x4 .046 .015 63.07 80.16 7.16 8.75 Hl-lb JZA M78 HSS4X3X4 .536 42-83 .203 32.56. 79.71 80-16 7.16 8.75 Hl-lb JZA M7g HSS4x3x4 -212 -137 7g-71 80.16 7.16 8.75 HMb JZ4_ M80 HSS4X3X4 .051 .009 62.71 60-16 7.16 8.75 HMb -ZA -ZA M81 Ma2 HSS4x3x4 HSS4x3x4 -053 53-25 -009 62-71 80-16 7.16 .063 53.25 -010 62-71 80.16 7.16 8-75 HMb 8-75 H1-1b JZ2J M83 HSS4x3x4 -076 45.22 .011 70.02 62.71 80.16 7.16 8-75 Hl-lb J2A M84 HSS4X3X4 .085 41.58 -010 62-71 80.16 7.16 8.75 Hl-lb -ZA MSS HSS4x3x4 .093 38.15 .009 70.44 62.53 80.16 7.16 8.75 HMb -8A M86 HSS4x3x4 097 35 95 -008 70-44 62-53 80 16 7-16 8.75 Hl-lh -81. M87 HSS4x3x4 -097 32.09 .007 70.02 62.71 80.16 7.16 8.75 Hl-lb -BA -SA Maa M89 HSS4x3x4 HSS4x3x4 .095 27-7? .006 62.71 80-16 7.16 .087 19.69 .007 70.02 62.71 80.16 7.16 8.75 Hl-lb 8.75 HMb -84-M90 HSS4x3x4 oas 15-32 .009 ZO02 62.71 80.16 7.16 a-7S Hl-lb AA M91 M92 HSS4x3x4 HSS4x3x4 .097 70.fl2 .012 70.02 62.71 80.16 7.16 .198 72-36 .148 I2J6. 79.71 80.16 7.16 8.75 IB Hl-lb 8.75 Hl-lb A2-M94 HSS4x2x4 ,256 -042 46-26 67-21 4-11 675 Hl-lb -BA -USA HSS4x2x4 J21. 56.58 .009 S6.SS-47.12 67.21 4.11 6.75 Hl-lb -BA M96 HSS4x2x4 ,094 56.58 -Oil 47-12 67.21 4-11 6,75 Hl-lb -3L M97 M98 HSS4x2x4 HSS4x2x4 .074 56.58 -005 56.58 47.13 67.21 4.11 .067 56.58 .008 47.12 67.21 4.11 6.75 Hl-lb 6.75 HMb -3A Mgg HSS4x2x4 .052 56.58 .006 47.12 67.21 4.11 6.75 Hl-lb -SA -94- -3A MIOO M101 M102 HSS4x2x4 HSS4x2x4 HSS4x2x4 057 56,58 .008 5fi.sa 47,12 67.21 4,11 -048 56-58 .009 47.12 67-21 4.11 .060 56.58 .012 56.58 47.12 67.21 4.11 6.75 Hl-lb 6.75 6.75 Hl-lb HMb -9A -32- M103 M104 HSS4x2x4 HSS4x2x4 .045 -013 47-13 67-21 .055 56.58 .013 56.58 47.12 67.21 4.11 6.75 6,75 Hl-lb Hl-lb -MlflA HSS4x2x4 -041 .015 47.12 67.21 4.11 6.75 H1-1b -3A 100 101 102 Ml 06 M107 M108 -MlflA HSS4X2X4 HSS4x2x4 HSS4X2X4 HSS4x2x4 .049 56.58 .015 56.58 47.12 67.21 4.11 ,038 -015 46.98 67.21 4.11 .047 56.83 -015 56-83 46-97 67-21 4-11 .049 .015 47.12 67.21 4.11 6.25 Hl-lb 6.75 6.75 H1-1b Hl-lb 6.75 H1-1b 103 M110 HSS4x2x4 053 56,58 ,014 56.5a 47,12 67.21 4,11 6.75 H1-1b 104 Mill HSS4x2x4 .055 ,014 47.12 67.21 4,11 6.75 Hl-lb 105 106 M112 HSS4x2x4 .055 56.58 .013 56.58 47.12 67.21 4.11 6.75 HMb -MIIA HSS4x2x4 .060 ,013 47,12 67 71 4,11 6.75 Hl-lb 107 M114 HSS4x2x4 .051 56.58 .009 56.58 47.12 67.21 4.11 6.75 HMb 108 109 M115 M116 HSS4x2x4 HSS4x2x4 .059 .009 47.12 67,21 4.11 .059 .007 56.58 47.12 67.21 4.11 8.75 Hl-lb 6.75 HMb 110 M117 HSS4x2x4 ,074 ppg 47,12 67 71 4,11 6.75 Hl-lb JJJ- 112 Miia M119 HSS4x2x4 HSS4x2x4 .086 .004 47,12 67.21 4,11 .116 .014 56.58, 47.12 67.21 4.11 6.75 6.75 HMb H1.1b 113 Ml 20 HSS4x2x4 ,166 .013 47.13 67.21 6,75 Hl-lb 115 M121 M123 HSS4x2x4 HSS3x3x3 ,337 58.04 .063 58.04 46.26 67.21 4.11 ,179 ,023 51,2 52.06 4,52 6.75 Hl-lb 4.52 HMb 116 JIZ. Ml 24 Ml 25 HSS3x3x3 HSS3x3x3 .135 -3A .014 51,2 53,06 4.53 .116 -3A .016 _1A 51.2 52.06 4.52 4,53 Hl-lb 4.52 H1-1b 118 JlLA M1S6 Ml 27 HSS3x3x3 HSS3x3x3 .133 .018 18.38 51,3 53.06 4.53 .126 .017 51.2 52.06 4.52 4.52 Hl-lh 4.52 HMb 130 -U12A HSS3X3X3 .117 .018 51.3 52.06 4.53 4.52 HMb J12L 122 Ml 29 Ml 30 HSS3x3x3 H.SS3x3x3 .102 .017 51,2 52.06 4.52 oae -015 51-2 52-06 4-52 4-52 Hl-lb 4-52 Hl-lb J2A M131 HSS3x3x3 .078 .012 51.2 52.06 4.52 4.52 Hl-lb 124 J2A J2A Ml 32 Ml 33 M134 HSS3x3x3 HSS3x3x3 HSS3x3x3 -080 -009 51-2 52-06 4-53 .079 .008 51.2 52.06 4.52 .123 .012 51.2 52.06 4.52 453 Z3 Hl-lb 4.52 HMb 4.52 Hl-lb 127 Ml 35 HSS3x3x3 -220 .035 51-2 52.06 4.52 4-52 Hl-lb J2A J29_ JBA M136 Ml 37 Ml 38 HSS3x3x3 HSS3x3x3 HSS3x3x3 .309 -3A JJSA 51 2 52.06 4.52 .117 .048 -021 51 2 52-06 452 .007 51.2 52.06 4.52 453 Hl-lb 4,53 HMb 4.52 Hl-lb JBL Ml 39 HSS3x3x3 ,036 .006 51.2 52.06 4.52 4.52 H1-1b 133 MHO H.SS3x3x3 -041 .006 SI-3 52.06 4.52 4.52 Hl-lb JBA M141 HSS3x3x3 .047 _3A .007 51.2 52.06 4.52 4.52 H1-1b 134 M142 HSS3x3x3 .055 _3A -010 51.2 52.06 4-52 4.53 HMb 135 M143 HSS3x3x3 .055 AA .012 51.2 52.06 4.52 4,52 HMb 136 M144 HSS3x3x3 .051 -3A .012 51.2 52.06 4-52 4.52 HMb JBZ 138 139 MUS M146 M147 HSS3x3x3 HSS3x3x3 HSS3x3x3 .057 _3A .011 51.2 52.06 4.52 .057 AA .010 51.3 52.06 4.53 .071 _3A .009 51.2 52.06 4,52 4.52 HMb 4.52 Hl-lb 4.52 H1-1b 140 M148 HSS3x3x3 .121 -3A .016 51.2 52.06 4.52 4.52 H1-1b R1SA-3D Version 12.0.2 [\\MBI-FlLE\MBl-Operalions\Engineering\Signs\Projects\2014\140061\140061-132r1\140061-132r1 - Model_4.r3d] Page 27 140 of 141 il T E C H N Company RISA. JobNumber TIES Model Name MBI RJD 140061.132r1 Carisbad Welcome Sign Nov 18, 2014 Checked By: LJC Envolopo AISC 14th(lfiO'1Q): ASD Stool Codo Chocks (Continuod) Shape Code Check Loc[in] -LC-Shear. Loc[in] Dir LC Pnc/om [k] Pnt/om [k] Mnyy/om Mnzz/om £11 Eqn 141 M149 HSS3x3x3 .217 -3A -034 51.2 52.06 4-52 4.52 Hl-lb 142 M1&4 HSS3X3X3 .198 .034 48.69 52.06 4.52 4.52 HMb 143 M155 HSS3x3x3 066 _3A ,008 48.69 52.06 4.52 4.53 Hl-lb 144 M156 HSS3X3X3 333 -043 48-69 53-06 4-53 4.52 Hl-lb 145 MIS? -HSS3x3xA ,096 -3A ,014 48.69 52.06 4.52 4,52 Hl-lb 146 Misa _HSS3x3xA 121 .006 39-97 52.06 4.52 4 52 H1-1b 147 Ml 59 HSS3x3x3 .089 .007 37.79 52.06 4.52 4,52 2.6 HMb 148 -M160 Hssaxoxa .075 .006 37-79 52-06 4-52 4-52 Hl-lb 149 M161 HSS3x3x3 .066 .006 37.79 52.06 4.52 4.52 Hl-lb 150 M162 RSS3x3x3 .060 .007 37.79 52.06 4.52 4.52 H1-1b JSL M163 HSS3X3X3 045 -008 37-79 52.06 4.52 452 Hl-lb JSZ-Mie4 H.SS3x3x3 .031 79.1 -008 52.06 4.52 4-52 H1-1h JSA Mies HSS3x3x3 -052 79.1 .008 37.68 5206 4-53 4.52 HMb 154 Miee HSS3x3x3 .074 77.09 .007 37.79 52.06 4.52 4.52 HMb JSA M167 HSS3x3x3 .094 66.43 .006 37.79 52.06 4.52 4.52 Hl-lb 156 M168 HSS3X3X3 .101 59.05 .003 37.79 52.06 4.52 4.52 HMb J5Z M169 HSS3x3x3 .108 .005 37.79 52.06 4.52 4.52 Hl-lb 158 M170 H.SS3x3x3 -23A .008 37.79 52-06 4-52 4.52 H1-1a J^ M171 HSS3x3x3 .275 71-51 .021 39,97 52.06 4.52 4.52 HMa J6A M172 HSS3x3x3 -077 48.32 .017 46.14 52.06 4-52 4.52 HMb -JBL M173 HSS3x3x3 -055 .005 38.02 52.06 4.52 4.52 Hl-lb 162 M174 HSS3x3x3 -047 -006 38.02 52-06 4.52 4.52 HMb 163 M175 HSS3x3x3 .047 .005 38.03 52.06 4.52 4.52 2J. HMb JM. M176 HSSSxSxa .048 .005 38.02 52.06 4.52 4.52 Hl-lb 165 M177 HSS3x3x3 -048 .006 38.02 52-06 4-52 4.52 Hl-lb 166 M178 HSS3x3x3 .042 .006 38.02 52.06 4.52 4.52 Hl-lb 167 M179 HSS3x3x3 -039 -006 37.79 52-06 4.52 4.52 13 HMb 168 -UIBA HSS3x3x3 .029 .005 38.02 52.06 4.52 4.52 HMb 169 Miai HSS3x3x3 .029 .004 38.02 52.06 4-52 4.52 Hl-lb JLZA Ml 82 HSS3x3x3 .032 45.5 .003 38.02 52-06 4.52 4,52 HMb JZL Ml 83 HSS3x3x3 .034 43.87 -003 38.02 52.06 4.52 4.52 HMb 172 -U1B4-HS>S3x3x3 -037 63.37 -007 38.02 52-06 4.52 452 H1-1b J2A M185 HSS3x3x3 .079 77-99 .013 38.02 52.06 4,52 4.52 Hl-lb 174 Mise HS.S3x3x3 ogg -026 46-14 52.06 4-52 4-53 22 HMb 175 M175A HSS4.S00x0.375 .280 AA .118 JA 110.31 114.43 12-64 12.64 H1-1b 176 M17eA HSS4 500x0-375 .604 JA -22A JA 110.31 114-43 12.64 12.64 HMb 177 M177A HSS4.500X0 375 .251 J3A .119 JA 110.31 114-43 12.64 12.64 HMb 178 M178A HSS4 5Q0xfl-375 -655 JA -243 JA 110-31 114-43 12.64 12.64 Hl-lb RISA-3D Version 12.0.2 [\\MBI-FILE\MBl-Operations\Engineering\Signs\Projects\2014M40061\140061-132r1\140061-132r1 - Model_4.r3d] Page 28 141 Of 141