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93Vi 61t/ i'42 RD wit/m ee/r02e9/5.- ____ Ridge Engineering1,I,C P: 503.70'7).9169Structural Engineering • Evaluations • Planning F. 503.6 7.5152 15175 NW Pumpkin Ride Rood • Northf'laim •OR {)7133 ridgeengineering(h_rtoho.net Y STRUCTURAL CALCULATIONS SOFFIT SUPPORT RECEIVED for DEC 31 2019 CITY OF TIGARD BUILDING DIVISION INDOCHINO TENANT IMPROVEMENT 9348 SW Washington Square Drive, Suite #W-14B Tigard, Oregon 97223 for Western Construction Services Inc. 2300 East Third Loop, Suite 110 Vancouver, Washington 98661 /1, 0 PROpp�w /44.,`;:; 7 4, SAD to.go rZ zi�q ' to : 12/3'2I el 2mais RE Job Number: 219057 12-23-19 Indochino Soffit Support TC1 TABLE OF CONTENTS 41 Soffit Support SF1 thru SF3 • Fife: C:\ODrawing\2019\219057(R)-Indochino\Indochino Soffit Support doc Page 2 of 2 Printed: December 23, 2019 a TABLE 1-S-MEMBER(C-SHAPE)SECTION PROPERTIES1'2'3'4(Continued) M cn XI MEMBER FULL PROPERTIES TORSIONAL PROPERTIES 33 KSI EFFECTIVE PROPERTIES 50 KSI EFFECTIVE PROPERTIES r`3 0 ID Area Wt. Ix rx Sx ly ry Sy(sr) J Cw ro X. Maxo leff Ixe Steep Vay Ae Maxo lett Ixe Sze It) Vay Ae A DESIGNATION (in2) (lb/ft) (In4) (in) (in') (in°) (in) (in) (10.3ins) (ins) (in) (in) (k-in) (ins) (ins) (in (kips) (int) (k-in) (ins) (ins) (ins) (kips) (in2) _ 14006162-054* 1.0091 3.4311 23.3030 4.8050 3.3290 0.2180 0.4650 0.1574 1.0776 8.5657 4.8730 -0.6590 48.022 21.1680 19.7470 2.4302- 1.176 0.3476 66.398 20.4080 18.5840 2.2177 1.176 0.3124 14005162-068 1.2649 4.3005 29.0140 4.7890 4.1449 0.2660 0.4580 0.1923 2.1434 10.4170 4.8550 -0.6480 65.306 27.4720 25.8240 3.3049 2.364 0.4724 91.741 26.5140 24.7620 3.0641 2.364 0.4400 o tn 14006162-097 1.7954 6.1044 40.8000 4.7670 5.8286 0.3710 0.4540 0.2714 6.1899 14.5050 4.8320 -0.6470 104.910 40.6680.38.9420 5.3091 6.938 0.7820 148.170 39.6270.37.5580 4.9490 6.938 0.7188 14006162-118 2.1843 7.4265 49.2750 4.7500 7.0393 0.4450 0.4510 0.3280 11.2310 17.3400 4.8140 -0.6450 135.070 49.2750 48.5530 6.8352 11.285 1.0483 192.500 49.1430 47.0970 6.4295 11.285 0.9572 q m 14005200-054' 1.0516 3.5754 25.3660 4.9110 3.6237 0.3680 0.5920 0.2192 1.1229 14.1400 5.0240 -0.8790 51.511 23.3280 21.2890 2.6068 1.176 0.3710 67.058 22.7310 19.1910 2.2397 1.176 0.3112 *--- 14006200-068 --14006200-068 1.3255 4.5066 31.9060 4.9060 4.5580 0.4700 0.5960 0.2819 22461 18.0840 5.0220 -0.8920 73.371 30.3490 28.7860 3.7130 2.364 0.5331 98.658 29.5490 26.8370 3.2952 2.364 0.4709 l. r h 14006200-097 1.8900 6.4260 45.2280 4.8920 6.4611 0.6800 0.6000 0.4132 6.5160 26.2180 5.0120 -0.9110 117.290 45.0760 43.3970 5.9357 6.938 0.8766 166.890 44.0290 42.0500 5.5740 6.938 0-8134 m b 14005200-11812.3072 7.8446 54.9460 4.8800 7.8494 0.8370 0.6020,0.5132 11.8640 32.3030,5.0030 -0.9240 151.010 54.946054.2310'7.6421 11.285 1.1712 216.540 54.7850 52.8030 7.2325 11.285 1-0801 14005250-054' 1.1116 3.7794 28.2600 5.0421 4.0371 0.6630 0.7726 0.3229 1.1870 24.8920 5.24311-1.2126 53.632 26.4360 22.6420 2.7141 1.176 0.3824 70.753 25.1910 20.5810 2.3632 1.176 0.3266 Q D.) 14006250-068 1.4039 4.7733 35.6580 5.0397 5.0940 0.8570 0.7815 0.4207 2.3790 32.2870 5.2482 -1.2386 80.201 34.2020 C� 31.7200 4.0586 2,364 0.5797 103.170 33.5540 28.6730 3.4457 2.364 0.4882 14005250-097 2.0080 6.8271,50.7830 5.0290 7.2547 1.2620,0.7927 0.62805 6.9230 47.8460 5.2489 -1.2773 132.840 50.6110-48.9820 6.7227 6.938 0.9946 188.730 49.5910 47.4180 6.3036 6.938 0.9193 14005250-118 2.4314 8.2669,60.9240 5.0057 8.7034 1.4760 0.7791 0.7348 12.5020 55.6380 52181 -1.2508 167.820 60.9240,60.2160 8.4929 11.285 1.2954 241.880 60.7430,58.8110 8.0789 11.285 1.2043 14005300-054' 1.1727 3.9872 31.1990 5.1579 4.4570 1.0800 0.95970.4476 1.2520 39.8680 5.4784 -1.5771 56.445 29.1340 24.1920:2.8565 1.176 0.4006' 73.829 26.7220 21.8400 2.4659 1.176 0.3390 Q 14005300-068 1.4823 5.0399 39.4050 5.1559 5.6293 1.3990 0.9714 0,5845 2.5120 51.9090 5.4886 -1.6118 83.714 38.1240 33.7930 4.2364 2.364 0.6021' - - 108.820 36.8120 30.6940 3.6346 2.364 0.5128 , 14006300-097 2.1097 7.1729 55.6940 5.1380 7.9563 1.9950 0.9725 0.8408 7.2730,74.2300 5.4764:1.6265 144.610 55.5470 53.4760 7.3180 6.938 1.0757 197.460 54.6690 50.5070 6.5950 6.938 0.9511 14006300-118 2.5556 8.6891 66.9030 5.1165 9.5576 2.3470 0.9584 0.9890 13.1410 86.8220,5.4454 -1.5984`184.640 66.9030 66.2000 9.3441 11.285 1.4196 256.540 66.8280 63.2280 8.5683 11.285 1-2616 14005350-054' 1.2553 4.2682 34.9890 5.2794 4.9984 1.787011.1933 0.6590 1.3410_,66.6100 5.7987 -2.0807 69.978 34.9890 28.7360 3.5413 1.176 0.4861 86.981 33.9830 25.3950 2.9052 1.176 0.4058 14006350-068,1.573615.3502 43.6480 5.2667 6.2354 2.2060 1.1841 0.8132 2.6670 81.9410 5.7786 -2.0621 99.497 .43.6480138.5440 5.0351 2.364 0.6595 123.210 43.2220 34.2110 4.1152 2.364 0.5614 14005350-097_2.2215,7.5532 61.0000 5.2401 8.7143 3.0150 1.1650 1.1108 7.6590_111.1500 5.7366 -2.0232_181.720„61.0000 59.3490 8.3324 6.938 1.1390 229.610 60.2910,56.3720 7.6690 6.938 0.9661 14006350-118 2.6923 9.1537 73.3620 5.2201 10.4803 3.5650 1.1507 1.3130 13.8430 130.6400 5.7053 -1.9941 225.530 73.3620 71.8940 10.1400 11.285 1.5073 298.640 73.3620 71.1640 9.9750 11.285 1.3590 1 r ( 1 r 16006125-068' 1.3098 4.4533,35.0200 55.1710 4.3775 0.0880 0.2590 0.0783 2.2195 4.6813 5.1860 -0.2990 60.967 31.8060 28.8320 3.0853 2.062 0.3761 84.285 ,30.2290 027.1570 2.8151 2.062_0.3401 16005125-097 1.8575 6.3154 49.1760'5.1450 6.1470 0.1220 0.2560 0.1094 6.4038 6.3896 5.1600 -0.2960 102.1200 48.0450 44.8120 5.1678 6.042 0.6445 140.7800 46.2690 42.4820 4.7020 6.042 0.5800 16006125-118 2.2774 7.7432,60.4530 5.1520 7.5566 0.165010.2690-0.1510 11.7100 8.6025 5.1690-0.3190 137.2600 60.4530 57.8350 6.9463 11.086 0.9001 191.4300 59.1080 55.3030 6.3937 11.086 0.8066 16006137-068' 1.3633 4.6351 38.2500 5.2970 4.7813 0.1650,0.3480 0.1376 2.3101 8.7261 5.3270 -0.4460 68.837 34.9940 32.2150 3.4836 2.062 0.4295 96.493 33.4240 30.6930 3.2229 2.062 0.3966 16006137-097 1.9276 6.5539 53.3880 5.2630 6.6735 0.2200 0.3380 0.1843 6.6458 11.5150 5.2910-0.4300 112.390 52.2120 49.0970 5.6878 6.042 0-7147 156.310 50.4260 46.8270 5.2207 6.042 0.6502 16006137-118 2.3582 8.0177 65.2190 5.2590 8.1524 0.2790_0.3440 0.2369 12.1250 14.5480 5.2890 -0.4460 148.920 65.2190 62.6280 7.5363 11.086 0.9809 209.020 63.8280 60.1440 6.9814 11.086 0.8873 16006162.068* 1.4075 4.7854 40.9960 5.3970 5.1245 0.2710 0.4390 0.1934 2.3850 14.0790 5.4470 -0.5950 75.508 37.7180 35.0680 3.8212 2.062 0.4737 106.360 36.1780 33.5590 3.5524 2.062 0.4409 1600S162-097 1.9988 6.7960 57.7360 5.3740 7.2170 0.3790 0.4350 0.2730 6.8912 19.6060 5.4250 -0.5930 122.980 56.5240 53.5070 6.2236 6.042 0.7859 172.330 54.7350 51.2940 5.7559 6.042 0.7214 16005162-118 2.4327 8.2711'69.8110 5.3570 8.7264 0.4550 0.4320 0.3301 12.5090 23.4420 5.4070 -0.5910 160.150 69.8110 67.2440 8.1046 11.086 1.0554 225.960 68.3840 64.7980 7.5470 11.086 0.9619 16005200-068' 1.4681 4.9914 44.7850 5.5230 5.5981 0.4820 0.5730 0.2839 2.4877 24.4880-5.6130 -0.8230 84.719 41.4950 38.9880.4.2873 2.062 0.5343. 114.350 40.1980 36.2670 3.8194 2.062 0.4717 16005200-097 2.0934 7.1176 63.5520 5.5100 7.9440 0.6970 0.5770 0.4161 7.2170 35.4790 ,5.6030 -0.8400 137.1600 62.3020 59.3950 6.9410 6.042 0.8805 193.8100 60.5140 57.2500 6.4733 6.042 0.8159 1600S200-118 2.5556 8.6891 77.2730 5.4990 9.6591 0.8580 0.5800 0.5168 13.1410 43.6910 5.5940 -0.8520 178.4300 77.2730 74.7400 9.0294 11.086 1.1783 253.5400 75.8000 72.3510 8.4681 11.086 1.0848 For SI:1 inch=25.4 mm,1 in2=645 mm2,1 in3=1.64x104 mm3,1 in4=4.16x10'mm°,1 ins=2.69x108 mm6,1 kip-in=113.3 N-m,1 kip=4.4 kN _ F,) 1 Notes: i 1.Effective properties include punchouts with the exception of left 2.Use effective moment of inertia(lett)without punchouts for deflection calculations. (j 3.Members marked with*indicate(h/t)web height to thickness ratios exceeding 200 and less than 260 which require web stiffeners.No holes/punchouts in the web are permitted. l f 4.Member Identification provides nominal dimensions as shown in the example below: J Example:14005350-068,1400=14 inch depth(Depth measured from outside face to outside face of flanges),S=C-Section,350=3.50 inch flange width,068=thickness 68 mils or 0.0677". 1 -- 1'4 i M TABLE 2-T MEMBER(TRACK)SECTION PROPERTIESL2(Continued) fA 33 MEMBER FULL PROPERTIES TORSIONAL PROPERTIES 33 KSI EFFECTIVE PROPERTIES 50 KSI EFFECTIVE PROPERTIES o ID Area Wt. Ix rx ly Ry J Cw ro Xa Maxo Ixe Sxe(t) Ae Maxo Ixe Sxe(t) Ae cri DESIGNATION (in) (Iblft) (In) (In) (4141 (In) 10-3In° (1n6) _ (in) (In) (k-In) _ (in.') (in) (In2) (k-In) (In) (ia) (In) _ 800T400-068 1.1397 3.8750 12.5560 3.3191 1.8600 1.2774 _ 1.9310 21.5270 4.3325 -2.4744 35.657 8.8701 1.8045 0.4633 45.591 7.9256 1.5228 0.3895 8007400-097 1.6250 5.5249 18.1430 3.3414 2.6280 1.2716 5.6020 30.8060 4.3414 _ -2.4629 58.048 14.0610 2.9376 0.9002 82.099 13.3970 2.7421 0.7646 y 800T400-118 1.9839 6.7451 22.3670 3.3578 3.1860 1.2673 10.2010 37.6940 4.3479 -2A542 76.966 18.3330 3.8949 1.2951 108.400 17.4350 3.6205 1.1090 10001100-043* 0.5408 1.8387 6.0535 3.3460 0.0247 0.2140 0.3667' 0.5161 +3.3630 -0.2620 15.721 4.7455 0.7956 0.1823 --. --- --- --- a 10001100-054 0.6785 2.3069 7.6059 3.3480 0.0306 0.2120 0.7245 0.6392 3.3650 -0.2590 23.115 6.6156 1.1698 0.2764 30.627 6.0704 1.0229 0.2352 a) 10001125-043" 0.5633 1.9153 6.6304 3.4310 0.0475 0.2900 0.3819 0.9646 3.4640 -0.3830 _ 16.201 4.9816 0.8199 0.1858 --- --- -- - D n 10001125-054 0.7068 2.4031 8.3336 3.4340 0.0588 0.2890 0.7548 1.1990 3.4670 -0.3800 24.043 6.9944 1.2167 0.2836 31.614 6.3808 1.0559 0.2400 m 1000T125-068 0.8902 _ 3.0265 10.5220 3.4380 0.0730 0.2860 1.5084 , 1.4919 , 3.4710 -0.3770 35.215 9.7132 , 1.7821 0.4327 47.186 9.0080 1.5760 0.3693 10007150-043" 0.5859 1.9920 7.2073 3.5074 0.0805 0.3706 0.3972 1.5977 3.5647 -0.517416.547 5.1849 0.8374 0.1880 -- -- - Q 10001150-054 0.7351 2.4994 , 9.0612 3.5109 0.1000 0.3688 0.7850 ,, 1.9907 3.5675 -0.5145 , --24.706 7.3172 1.2503 , 0.2882 32.320 r 6.6470 1.0795 , 0.2430 � 1000T150-068 0.9258 3.1477 I 11.4460 3.5161 0.1240 0.3664 1.5688 2.4850 3.5719 -0.5109 ` 36.517 10.2310 1.8480 ` 0.4424 . 48.575 k 9.4371 1.6224 0.3758 0' 1000T150-097 1.3199 4.4875 r 16.4150 3.5267 0.1730 0.3616 4.5504 3.4734 3.5807 -0.5035 62.551 16.4030 ; 3.1654 _ 0.8304 86.995 15.6130 2.9056 0.7205 c 1000T150-118 1.6113 5.4783 , 20.1260 3.5342 0.2070 0.3581 8.2849 i 4.1732 3.5871 -0.4980 87.314 20.1260 3.8574 1.1304 , 115.340 20.1120 3.8524 1.0131 , m 1007200-043' 0.6310 , 2.1453 1 8.3612 3,6402 0.1833 0.5389 0.4278 , 3.5087 3.7699 -0.8190 I 17.021 5.5302 0.8614 0.1907 --- --- - -.- Q 10001200-054 0.7917 2.6918 I 10.5170 3.6446 0.2280 0.5369 0.8454 _ 4.3847 3.7732 -0.8157 25.618 7.8640 1.2964 0.2937 33.286 7.0984 a 1.1117 0.2467 1000T200-068 0.9971 3.3901 13.2920 3.6512 0.2850 0.5343 , 1.6896 5.4948 3.7793 -0.8116 38.304 11.1000 1.9384 0.4539 50.472 10.1610 1.6858 0.3834 >- 10001200-097 1.4216 4.8333 , 19.0890 3.6645 0.3980 0.5290 _ 4.9010 7.7457 3.7885 -0.8032 t 67.809 18.2120 3.4315 0.8704 92.378 17.0950 3.0854 0.7449 10001200-118 1.7355 5.9005 23.4270 3.6741 0,4790 0.5251 8.9235 9.3684 r 3.7960 -0.7969 _ 87.469 23.2040 4.4265 1.2366 I 126.190 22.4730 4.2149 1.0704 10001225-043` 0.6535 2.2220 8.9382 3.6982 0.2557 0.6255 0.4431 4.8290 3.8773 -0.9827 17.191 5.6807 0.8700 0.1916 . - --- I --- - 1000T225-054 0.8200 , 2.7880 11.2440 3.7030 0.3190 0.6234 , 0.8756 6.0404 3.8807 -0.9793 25.949 8.1030 1.3132 0.2955 33.632 7.2951 1.1233 ' 0.2478 1000T225-068 1.0327 3.5113 14.2160 3.7101 0.3980 ,_ 0.6208 1.7501 7.5794 3.8860 -0.9750 ,t 38.957 11.4800 1.9715 , 0.4576 _ 51.159 10.4770 1.7087 0.3858 1000T225-097 1.4724 5.0062 20.4260 3.7246 0.5570 0.6153 , 5.0763 . 10.7140 : 3.8967 -0.9662 69.627 18.9710 3.5235 0.8819 94.337 17.7380 3.1508 0.7525 10001225-118 1.7976 6.1117 . 25.0770 3.7351 0.6720 0.6113 9.2428 , 12.9870 3,9045 -0.9596 90.685 24.3190 4.5892 - 1.2590 _ 129.690 23.4240 4.3316 1.0851 10001250-043" 0.6761 2.2987 9.5150 3.7515 0.3440 , 0.7132 0.4584 6.4194 3.9891 -1.1535 17.331 5.8195 0.8771 0.1923 - - •-- --- 1000T250-054 0.8483 2.8842 11.9720 3.7567 0.4290 0.7111 0.9059 8.0359 3.9926 -1.1500 26.224 8.3244 1.3271 0.2969 , 33.918 7.4767 1.1329 0.2487 1000T250-068 1.0684 3.6326 15.1390 3.7643 0.5360 _ 0.7084 _ 1.8105 10.0940 3.9980 -1.1455 39.499 11.8320 1.9989 0.4605 51.731 10.7700 1.7278 - 0.3877 1000T250-097 4 1.5233 5.1791 21.7620 3.7798 0.7520 0.7028 5.2516 14.2990 4.0090 -1.1363 71.157 19.6740 3.6010 0.8909 95.985 18.3350 3.2059 0.7584 1000T250-118 1.8597 6.3228 26.7280 3.7911 0.9080 0.6987 9.5620 17.3620 4.0170 -1.1295 93.440 25.3500 4.7286 1.2762 132.620 24.3040 4.4295 1.0965 1000T300-054 0.9049 3.0767 13.4270 3.8521 0.7140 0.8884 _ 0.9663 13.1450 4.2314 -1.5091 28.722 9.0820 1.4535 _ 0.2989 35.687 7.9552 1.1919 0.2501 10001300-068 1.1397 3.8750 16.9860 3.8605 0.8940 0.8856 _ 1.9313 16.5360 4,2369 -1.5044 47.035 13.5980 2.3802 ,, 0.4647 57.088 11.8060 1.9067 0.3905 10007300-097 1.6250 5.5249 24.4360 3.8779 1.2580 0.8799 5.6020 23.5020 4.2481 -1.4946 75.148 21.1790 3.8029 0.9039 107.590 20.3630 3.5935 0.7670 1000T300-118 1.9839 6.7451 30.0290 3.8906 1.5210 0.8757 10.2010 28.6100 4.2562 -1.4873 97.997 27.2310 4.9592 1.3011 140.000 26.1630 4.6759 1.1129 ( 10001350-054 0.9615 3.2691 14.8830 3.9343 1.0950 _ 1.0671 1.0267 19.9050 4.4923 -1.8876 28.658 9.3775 1.4502 0.3004 35.745 8.2138 1.1939 0.2511 10001350-068 _ 1.2110 4.1174 18.8320 3.9435 1.3720 1.0643 2.0520 25.0660 4.4976 -1.8827 46.520 14.0020 2.3542 0.4677 56.933 12.1930 1.9016 0.3924 ) t 10001350-097 1.7267 5.8706 27.1090 3.9624 1.9350 1.0585 5.9530 35.7100 4.5086 -1.8725 77.657 _ 22.4280 3.9299 0.9129 110.910 21.5200 3.7045 0.7730 I' 10001350-118 2.1081 7.1674 33.3300 3.9762 2.3430 1.0542 _ 10.8390 - 43.5500 4.5166 -1.8648 101.680 28.9310 5.1459 1.3181 144.730 27.7170 4.8341 1.1242 (, 10001400-068 1.2823 4.3598 20.6790 4.0158 1.9820 1.2434 2.1730 35.9260 4.7807 -2.2765 46.114 14.3790 2.3337 0.4699 56.785 12.5430 1.8966 0.3939 , 1000T400-097 1.8284 6.2164 29.7830 4.0360 2.8000 1.2375 6.3030 51.2700 4.7911 -2.2658 79.792 23.5810 4.0380 0.9196 113.770 22.5920 3.8000 0.7774 J 10007400-118 2.2323 7.5897 36.6300 4.0509 3.3950 1.2332 11.4780 62.6110 4.7988 -2.2578 104.780 30.4920 5.3023 1.3306 148.760 29.1510 4.9685 1.1324 1200T125-054' 0.8200 2.7880 13.3350 4.0330 0.0600 0.2710 0.8756 1.8037 4.0560 -0.3370 29.489 10.6030 1.4923 0.2858 38.534 9.5997 L2870 0.2414 l 1200T125-068 1.0328 3.5114 16.8270 4.0370 0.0750 0.2690 1.7501 2.2428 4.0590 -0.3340 43.632 14.8550 2.2081 0.4370 57.941 13.6630 1.9352 0.3722 -r U JJ