Section properties for SSCW, SSC, SSJ, SJW and SSW studs

NYC 9/11 Public Portal Document

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SECTION PROPERTIES 4"-8" SSCW, SSC, SSJ, SJW & SSW STUDS:

Sottion Weight Va Area lx Sx. ly 5y. I Rx n JKIOOoi Cw Pit Ko Kin Kip in‘ In* in* in in‘ h^* I «n in* i m* IO Beta h/t 4SJW12 2.853 31.051 7,102 0.838 2.103 1.037 1.SB4 0.421 0.292 0.709 0.655 2.890 1.427 2.342 -1.S74 0,549 34.331 4S5W12 3.393 38.425 7.102 0.997 2.59b 1.283 1.613 0.875 0.526 0.937 0.952 3.438 3.587 2.926 -2.255 0.406 34.331 5-1/235C20 1.042 9.365 0.652 0.306 1.313 0.474 2.071 0.072 0.061 0.485 0.33? 0.122 0.443 2.307 -0.893 0.850 153.347' 5-l/2SiJ20 1.115 10.104 0.652 0.328 1.465 0.529 2.114 0.114 0.083 0.590 0X3? 0.131 0.705 2469 *1.132 0.790 153.347 S-1/2SSC18 1.339 11.929 1.452 0.394 1.673 0.604 2.062 0.088 0.076 0.474 033^ 0J67 0.536 2.286 -0.866 0.857 116.951 5-1/2SSJ18 1.454 13.556 1.452 0.427 1.900 0.686 2.108 0,149 0.113 0.S90 0.443 0.290 0.929 2.469 -1.142 0.786 116.9S1 5-1/.2SSC16 1.676 22.448 2.902 0>493 J.a78 2.054 0.750 0.110 0.096 0X73 0X3H 0.526 0.878 2.282 ■0X76 0X53 92.173 5-1/2SSJ16 1.821 25.510 2.902 0.535 T36O 0.852 2,100 0.165 0X5^ 0.142 0.S89 0.571 1.174 2.467 -1.152 0.782 92.173 5-1/2SSC14 2.040 26.758 5.422 0.599 2.478 0.894 2.033 0.118 0.103 0.444 0.314 1.016 0.714 2.233 -0.809 0.869 72.139 5-1/2SSJ14 2.237 30.932 5.422 0.657 2.862 1.033 2.086 0.212 0164 0.568 0.433 1.114 1.316 2.428 -1.103 0.794 72.139 6SSCW20 1.057 9.899 0.596 0.311 1.513 0.501 2.207 0.05$ 0.049 0.420 0,269 0.124 a396 2.362 -0.729 0.905 167.798 65SC20 1.101 10.598 0.596 0J23 1.619 0.536 2.237 0.074 0.061 0.478 032?" 0.129 0.557 2X43 ■0.857 0.877 167.798 6Sy2Q 1.174 11.41S 0.596 0.345 1.801 0.597 2.284 0.117 0.084 0.582 0.4U” 0.138 0X53 2.597 -1.089 0.824 167.798 esbciB 1.416 13.508 1.326 0.416 2.064 0.684 2.227 0.090 0.077 0.466 0.314 0.282 O.6S2 2.422 -0.830 0.882 128.038 6SSJ1B 1.531 1S.3O1 1.326 0.4S0 2.336 0.774 2.279 0.153 0.113 0.582 0.422 0.305 1.123 2.596 -1.099 0.821 128.038 6SJW1B 1.675 17.174 1.326 0.492 2.686 0.891 2.336 0.269 0.167 0.739 0.579 0.334 2.013 2.855 -1.467 0.736 128.0311 65SW1B 1.848 18.661 1.326 0.543 3.116 1.032 2.396 0.475 0.241 0.935 0.778 0.368 3.594 3.222 -1.941 0.637 128.038 6S5C16 1.773 25.440 2.648 0.521 2.566 0.850 2.219 0.113 0.096 0X45 0.32<l 0.SS6 0.823 2X18 -0.840 0.879 101.007 655716 1.917 28.817 2.648 0.563 2.904 0.963 2.270 OX^ 0.190 0.142 0.581 0.802 1.418 2.593 -1.109 0.817 101.007 6$JW16 2.134 32.643 2.648 0.627 3.396 1.126 2.327 0.356 0.227 0X0? 0.753 0.670 2JI04 2X89 ■1.S38 0.717 101.007 6SSW16 2.362 35.484 2.648 0.694 3.947 1.305 2384 0.632 0.332 0.954 0.821J 0.741 5.132 3.280 ■a.040 0.613 101.007 65SC14 2.161 30.371 5.362 0.635 3.064 1.014 2.197 0.121 0.103 0.436 0.299: 1.076 0.872 2.369 -0.774 0X93 79151 6SSJ14 2.358 34.97S 5.362 0.693 3.525 1.168 2.255 0.218 0.165 0.561 0.413 1.174 1.596 2.SSS -1.061 0.828 79.151 6SJ\M14 2.631 41.211 5362 0.773 4.150 1.376 2.317 0417 0.269 0.734 0.589: 1J10 3.202 2.850 -1.468 0.727 79.151 65SW14 2.995 47.731 5.362 0.880 4.947 1.642 2.371 0.812 0.444 0.960 0.844 1.491 6.877 3.305 -2.093 0.599 79.151 esjwu 3.545 54.215 11.030 1.042 5.462 1.B11 2.290 0X81 0.309 0.679 0.537j 3.592 3.466 2.740 -1.343 0.760 53.997 6SSW12 4.086 66.226 11.030 1.201 6.665 2.212 2.356 1.012 0.558 0.918 0.79» 3.204 4.139 7.943 -1-967 0.623 53.997

7-1/4SSJ18 1.723 19.734 1.090 0.506 3.680 0.999 2.696 0.161 0.113 0.563 0.377 0.343 1.706 2.932 •1.006 0.882 155.754 7-1/4SIW18 1.867 22.027 1.090 0.549 4.197 1.141 2.766 0.284 0.167 0.720 0.518 0,372 3.031 3.162 -1.354 0.617 155.754

7-1/455116 2.158 37.221 2.173 0.634 4.581 1.243 2.688 0.200 0.143 0.562 0.3841 0.677 2.151 2.927 •1,014 0.880 123.092 7-1/4SJW16 2,375 41.947 2.173 0.698 5.318 1.446 Tts? 0.377 0.227 0.735 0.547i 0.745 4.176 3.190 -1X20 0.802 123.092 /-1/4S5J14 2.661 45.253 4.390 0.782 5.573 1.511 2.669 0.229 0.165 0.541 0.370 1.325 2.439 2.891 -0.969 0.888 96.683 7X/4Sjwi4 2.934 52.973 4.390 0.862 6.508 1.769 2.747 0.441 0.269 0.715 0.532: ’•Ml 4.808 3.153 -1.372 0.811 96.683

7-1/4SSJ12 3.S8B 58.558 11.030 1.0S4 7.224 1.956 2.617 0.240 0.172 0.477 0.326 3.635 2.556 2.789 ■0.835 0.910 66.288 7-1/4SJW12 3.977 69.871 11.0.30 1.169 8.594 2.334 2.711 0.508 0.310 0.659 0.484 X030 5X19 3.051 -1.234 0.836 66.28B

8SSJ1B 1.838 22.790 0.985 0.540 4.673 1.153 2 941 0165 0.114 0.552 0.355 0.366 2.126 3.142 •0.958 0.907 172.384 asiwta 1.982 25.181 0.985 0.582 5.307 1.312 3.019 0.292 0.167 0.708 0.4il9 0.395 3.764 3.360 -1.295 0.852 172.384 8SS1A/1S 2.155 26.388 0.9BS 0.633 6.084 1.506 3.100 0.519 0 242 0.905 0.671 0.429 6.663 3.665 •1.734 0.776 172.384

855216 2.302 43.016 1.962 0.677 5.822 1.437 2.933 0.205 0.143 0.551 0.3611 0,722 2.679 3.137 -0.966 0.905 136.343 85JW16 2.519 48X14 1.962 0.740 6.729 1.663 3.015 0J87 0.227 0.723 O.517I 0,790 5.162 3.38S •1.358 O.B39 136.343 B5SW16 2.748 50.919 1.962 0.807 7.731 1.912 3.094 0.694 0.333 0.927 0,709! 0.862 -1.824 9.310 3.710 0.758 136.343

65SJ14 2.843 52.367 3.959 0.836 7.091 1.749 2.913 0.235 0.165 0.530 0.348 1.416 3.047 3.101 -0.921 0.912 107.202 aSJW14 3.116 60.981 3.959 0.916 8.242 2.037 3.000 0.454 0.270 0.704 0.503 1.552 5.964 3.349 -1.311 7x47 107.202 9SSW14 3.480 70.087 3.959 1.023 9,725 2.407 3 084 0892 0 446 0.934 0.731 1.733 12.318 3.726 -1.872 0.746 107.202

Flange Width: SSCW-1-1/4*, SSC-1-3/8", SSJ-1-5/8". SJW^Z" and SSW-2-1/2" Reference Page 13 for Notes

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NYC-WTC_000166807