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Bridge support reaction

July 28, 2017, 2:01 am
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Dear Engineers,

I am new to bridge design using bs code...

I have facing lot of problem and issue in those model plz any one guide me on those issues...

i have attached model for your reference...

1.support reaction are very high and also get more values in Fx and Fz , normally v get more values in Fy alone only.

2.is HA and Hb loading correct..

3. is it correct to give offset for main grider and cross beam to have same level at top of bridge.../

plz help me on this issues

staad model ::::

STAAD SPACE
START JOB INFORMATION
ENGINEER DATE 26-06-17
JOB NO 001
ENGINEER NAME Rdk
END JOB INFORMATION
INPUT WIDTH 79
UNIT METER KN
JOINT COORDINATES
1 0 0 0; 2 10.4 0 0; 3 20 0 0; 4 26.2 0 0; 5 29.8 0 0; 6 37.8 0 0; 7 44.8 0 0;
8 51.8 0 0; 9 59.7 0 0; 10 63.6 0 0; 11 69.5 0 0; 12 78 0 0; 13 86.8 0 0;
14 0 0 0.6; 15 29.8 0 0.6; 16 59.7 0 0.6; 17 86.8 0 0.6; 18 0 0 2.5;
19 29.8 0 2.5; 20 59.7 0 2.5; 21 86.8 0 2.5; 22 0 0 3.1; 23 10.4 0 3.1;
24 20 0 3.1; 25 26.2 0 3.1; 26 29.8 0 3.1; 27 37.8 0 3.1; 28 44.8 0 3.1;
29 51.8 0 3.1; 30 59.7 0 3.1; 31 63.6 0 3.1; 32 69.5 0 3.1; 33 78 0 3.1;
34 86.8 0 3.1; 35 0 0 3.7; 36 29.8 0 3.7; 37 59.7 0 3.7; 38 86.8 0 3.7;
39 0 0 5.6; 40 29.8 0 5.6; 41 59.7 0 5.6; 42 86.8 0 5.6; 43 0 0 6.2;
44 10.4 0 6.2; 45 20 0 6.2; 46 26.2 0 6.2; 47 29.8 0 6.2; 48 37.8 0 6.2;
49 44.8 0 6.2; 50 51.8 0 6.2; 51 59.7 0 6.2; 52 63.6 0 6.2; 53 69.5 0 6.2;
54 78 0 6.2; 55 86.8 0 6.2; 56 0 0 6.8; 57 29.8 0 6.8; 58 59.7 0 6.8;
59 86.8 0 6.8; 60 0 0 8.8; 61 29.8 0 8.8; 62 59.7 0 8.8; 63 86.8 0 8.8;
64 0 0 9.4; 65 10.4 0 9.4; 66 20 0 9.4; 67 26.2 0 9.4; 68 29.8 0 9.4;
69 37.8 0 9.4; 70 44.8 0 9.4; 71 51.8 0 9.4; 72 59.7 0 9.4; 73 63.6 0 9.4;
74 69.5 0 9.4; 75 78 0 9.4; 76 86.8 0 9.4; 77 0 0 10; 78 29.8 0 10;
79 59.7 0 10; 80 86.8 0 10; 81 0 0 12; 82 29.8 0 12; 83 59.7 0 12;
84 86.8 0 12; 85 0 0 12.6; 86 10.4 0 12.6; 87 20 0 12.6; 88 26.2 0 12.6;
89 29.8 0 12.6; 90 37.8 0 12.6; 91 44.8 0 12.6; 92 51.8 0 12.6; 93 59.7 0 12.6;
94 63.6 0 12.6; 95 69.5 0 12.6; 96 78 0 12.6; 97 86.8 0 12.6; 98 0 0 13.2;
99 29.8 0 13.2; 100 59.7 0 13.2; 101 86.8 0 13.2; 102 0 0 15.1;
103 29.8 0 15.1; 104 59.7 0 15.1; 105 86.8 0 15.1; 106 0 0 15.7;
107 10.4 0 15.7; 108 20 0 15.7; 109 26.2 0 15.7; 110 29.8 0 15.7;
111 37.8 0 15.7; 112 44.8 0 15.7; 113 51.8 0 15.7; 114 59.7 0 15.7;
115 63.6 0 15.7; 116 69.5 0 15.7; 117 78 0 15.7; 118 86.8 0 15.7;
119 0 0 -0.85; 120 86.8 0 -0.85; 121 0 0 16.55; 122 86.8 0 16.55;
123 1.736 0 -0.85; 124 1.736 0 0.89; 125 0 0 0.89; 126 3.472 0 -0.85;
127 3.472 0 0.89; 128 5.208 0 -0.85; 129 5.208 0 0.89; 130 6.944 0 -0.85;
131 6.944 0 0.89; 132 8.68 0 -0.85; 133 8.68 0 0.89; 134 10.416 0 -0.85;
135 10.416 0 0.89; 136 12.152 0 -0.85; 137 12.152 0 0.89; 138 13.888 0 -0.85;
139 13.888 0 0.89; 140 15.624 0 -0.85; 141 15.624 0 0.89; 142 17.36 0 -0.85;
143 17.36 0 0.89; 144 19.096 0 -0.85; 145 19.096 0 0.89; 146 20.832 0 -0.85;
147 20.832 0 0.89; 148 22.568 0 -0.85; 149 22.568 0 0.89; 150 24.304 0 -0.85;
151 24.304 0 0.89; 152 26.04 0 -0.85; 153 26.04 0 0.89; 154 27.776 0 -0.85;
155 27.776 0 0.89; 156 29.512 0 -0.85; 157 29.512 0 0.89; 158 31.248 0 -0.85;
159 31.248 0 0.89; 160 32.984 0 -0.85; 161 32.984 0 0.89; 162 34.72 0 -0.85;
163 34.72 0 0.89; 164 36.456 0 -0.85; 165 36.456 0 0.89; 166 38.192 0 -0.85;
167 38.192 0 0.89; 168 39.928 0 -0.85; 169 39.928 0 0.89; 170 41.664 0 -0.85;
171 41.664 0 0.89; 172 43.4 0 -0.85; 173 43.4 0 0.89; 174 45.136 0 -0.85;
175 45.136 0 0.89; 176 46.872 0 -0.85; 177 46.872 0 0.89; 178 48.608 0 -0.85;
179 48.608 0 0.89; 180 50.344 0 -0.85; 181 50.344 0 0.89; 182 52.08 0 -0.85;
183 52.08 0 0.89; 184 53.816 0 -0.85; 185 53.816 0 0.89; 186 55.552 0 -0.85;
187 55.552 0 0.89; 188 57.288 0 -0.85; 189 57.288 0 0.89; 190 59.024 0 -0.85;
191 59.024 0 0.89; 192 60.76 0 -0.85; 193 60.76 0 0.89; 194 62.496 0 -0.85;
195 62.496 0 0.89; 196 64.232 0 -0.85; 197 64.232 0 0.89; 198 65.968 0 -0.85;
199 65.968 0 0.89; 200 67.704 0 -0.85; 201 67.704 0 0.89; 202 69.44 0 -0.85;
203 69.44 0 0.89; 204 71.176 0 -0.85; 205 71.176 0 0.89; 206 72.912 0 -0.85;
207 72.912 0 0.89; 208 74.648 0 -0.85; 209 74.648 0 0.89; 210 76.384 0 -0.85;
211 76.384 0 0.89; 212 78.12 0 -0.85; 213 78.12 0 0.89; 214 79.856 0 -0.85;
215 79.856 0 0.89; 216 81.592 0 -0.85; 217 81.592 0 0.89; 218 83.328 0 -0.85;
219 83.328 0 0.89; 220 85.064 0 -0.85; 221 85.064 0 0.89; 222 86.8 0 0.89;
223 1.736 0 2.63; 224 0 0 2.63; 225 3.472 0 2.63; 226 5.208 0 2.63;
227 6.944 0 2.63; 228 8.68 0 2.63; 229 10.416 0 2.63; 230 12.152 0 2.63;
231 13.888 0 2.63; 232 15.624 0 2.63; 233 17.36 0 2.63; 234 19.096 0 2.63;
235 20.832 0 2.63; 236 22.568 0 2.63; 237 24.304 0 2.63; 238 26.04 0 2.63;
239 27.776 0 2.63; 240 29.512 0 2.63; 241 31.248 0 2.63; 242 32.984 0 2.63;
243 34.72 0 2.63; 244 36.456 0 2.63; 245 38.192 0 2.63; 246 39.928 0 2.63;
247 41.664 0 2.63; 248 43.4 0 2.63; 249 45.136 0 2.63; 250 46.872 0 2.63;
251 48.608 0 2.63; 252 50.344 0 2.63; 253 52.08 0 2.63; 254 53.816 0 2.63;
255 55.552 0 2.63; 256 57.288 0 2.63; 257 59.024 0 2.63; 258 60.76 0 2.63;
259 62.496 0 2.63; 260 64.232 0 2.63; 261 65.968 0 2.63; 262 67.704 0 2.63;
263 69.44 0 2.63; 264 71.176 0 2.63; 265 72.912 0 2.63; 266 74.648 0 2.63;
267 76.384 0 2.63; 268 78.12 0 2.63; 269 79.856 0 2.63; 270 81.592 0 2.63;
271 83.328 0 2.63; 272 85.064 0 2.63; 273 86.8 0 2.63; 274 1.736 0 4.37;
275 0 0 4.37; 276 3.472 0 4.37; 277 5.208 0 4.37; 278 6.944 0 4.37;
279 8.68 0 4.37; 280 10.416 0 4.37; 281 12.152 0 4.37; 282 13.888 0 4.37;
283 15.624 0 4.37; 284 17.36 0 4.37; 285 19.096 0 4.37; 286 20.832 0 4.37;
287 22.568 0 4.37; 288 24.304 0 4.37; 289 26.04 0 4.37; 290 27.776 0 4.37;
291 29.512 0 4.37; 292 31.248 0 4.37; 293 32.984 0 4.37; 294 34.72 0 4.37;
295 36.456 0 4.37; 296 38.192 0 4.37; 297 39.928 0 4.37; 298 41.664 0 4.37;
299 43.4 0 4.37; 300 45.136 0 4.37; 301 46.872 0 4.37; 302 48.608 0 4.37;
303 50.344 0 4.37; 304 52.08 0 4.37; 305 53.816 0 4.37; 306 55.552 0 4.37;
307 57.288 0 4.37; 308 59.024 0 4.37; 309 60.76 0 4.37; 310 62.496 0 4.37;
311 64.232 0 4.37; 312 65.968 0 4.37; 313 67.704 0 4.37; 314 69.44 0 4.37;
315 71.176 0 4.37; 316 72.912 0 4.37; 317 74.648 0 4.37; 318 76.384 0 4.37;
319 78.12 0 4.37; 320 79.856 0 4.37; 321 81.592 0 4.37; 322 83.328 0 4.37;
323 85.064 0 4.37; 324 86.8 0 4.37; 325 1.736 0 6.11; 326 0 0 6.11;
327 3.472 0 6.11; 328 5.208 0 6.11; 329 6.944 0 6.11; 330 8.68 0 6.11;
331 10.416 0 6.11; 332 12.152 0 6.11; 333 13.888 0 6.11; 334 15.624 0 6.11;
335 17.36 0 6.11; 336 19.096 0 6.11; 337 20.832 0 6.11; 338 22.568 0 6.11;
339 24.304 0 6.11; 340 26.04 0 6.11; 341 27.776 0 6.11; 342 29.512 0 6.11;
343 31.248 0 6.11; 344 32.984 0 6.11; 345 34.72 0 6.11; 346 36.456 0 6.11;
347 38.192 0 6.11; 348 39.928 0 6.11; 349 41.664 0 6.11; 350 43.4 0 6.11;
351 45.136 0 6.11; 352 46.872 0 6.11; 353 48.608 0 6.11; 354 50.344 0 6.11;
355 52.08 0 6.11; 356 53.816 0 6.11; 357 55.552 0 6.11; 358 57.288 0 6.11;
359 59.024 0 6.11; 360 60.76 0 6.11; 361 62.496 0 6.11; 362 64.232 0 6.11;
363 65.968 0 6.11; 364 67.704 0 6.11; 365 69.44 0 6.11; 366 71.176 0 6.11;
367 72.912 0 6.11; 368 74.648 0 6.11; 369 76.384 0 6.11; 370 78.12 0 6.11;
371 79.856 0 6.11; 372 81.592 0 6.11; 373 83.328 0 6.11; 374 85.064 0 6.11;
375 86.8 0 6.11; 376 1.736 0 7.85; 377 0 0 7.85; 378 3.472 0 7.85;
379 5.208 0 7.85; 380 6.944 0 7.85; 381 8.68 0 7.85; 382 10.416 0 7.85;
383 12.152 0 7.85; 384 13.888 0 7.85; 385 15.624 0 7.85; 386 17.36 0 7.85;
387 19.096 0 7.85; 388 20.832 0 7.85; 389 22.568 0 7.85; 390 24.304 0 7.85;
391 26.04 0 7.85; 392 27.776 0 7.85; 393 29.512 0 7.85; 394 31.248 0 7.85;
395 32.984 0 7.85; 396 34.72 0 7.85; 397 36.456 0 7.85; 398 38.192 0 7.85;
399 39.928 0 7.85; 400 41.664 0 7.85; 401 43.4 0 7.85; 402 45.136 0 7.85;
403 46.872 0 7.85; 404 48.608 0 7.85; 405 50.344 0 7.85; 406 52.08 0 7.85;
407 53.816 0 7.85; 408 55.552 0 7.85; 409 57.288 0 7.85; 410 59.024 0 7.85;
411 60.76 0 7.85; 412 62.496 0 7.85; 413 64.232 0 7.85; 414 65.968 0 7.85;
415 67.704 0 7.85; 416 69.44 0 7.85; 417 71.176 0 7.85; 418 72.912 0 7.85;
419 74.648 0 7.85; 420 76.384 0 7.85; 421 78.12 0 7.85; 422 79.856 0 7.85;
423 81.592 0 7.85; 424 83.328 0 7.85; 425 85.064 0 7.85; 426 86.8 0 7.85;
427 1.736 0 9.59; 428 0 0 9.59; 429 3.472 0 9.59; 430 5.208 0 9.59;
431 6.944 0 9.59; 432 8.68 0 9.59; 433 10.416 0 9.59; 434 12.152 0 9.59;
435 13.888 0 9.59; 436 15.624 0 9.59; 437 17.36 0 9.59; 438 19.096 0 9.59;
439 20.832 0 9.59; 440 22.568 0 9.59; 441 24.304 0 9.59; 442 26.04 0 9.59;
443 27.776 0 9.59; 444 29.512 0 9.59; 445 31.248 0 9.59; 446 32.984 0 9.59;
447 34.72 0 9.59; 448 36.456 0 9.59; 449 38.192 0 9.59; 450 39.928 0 9.59;
451 41.664 0 9.59; 452 43.4 0 9.59; 453 45.136 0 9.59; 454 46.872 0 9.59;
455 48.608 0 9.59; 456 50.344 0 9.59; 457 52.08 0 9.59; 458 53.816 0 9.59;
459 55.552 0 9.59; 460 57.288 0 9.59; 461 59.024 0 9.59; 462 60.76 0 9.59;
463 62.496 0 9.59; 464 64.232 0 9.59; 465 65.968 0 9.59; 466 67.704 0 9.59;
467 69.44 0 9.59; 468 71.176 0 9.59; 469 72.912 0 9.59; 470 74.648 0 9.59;
471 76.384 0 9.59; 472 78.12 0 9.59; 473 79.856 0 9.59; 474 81.592 0 9.59;
475 83.328 0 9.59; 476 85.064 0 9.59; 477 86.8 0 9.59; 478 1.736 0 11.33;
479 0 0 11.33; 480 3.472 0 11.33; 481 5.208 0 11.33; 482 6.944 0 11.33;
483 8.68 0 11.33; 484 10.416 0 11.33; 485 12.152 0 11.33; 486 13.888 0 11.33;
487 15.624 0 11.33; 488 17.36 0 11.33; 489 19.096 0 11.33; 490 20.832 0 11.33;
491 22.568 0 11.33; 492 24.304 0 11.33; 493 26.04 0 11.33; 494 27.776 0 11.33;
495 29.512 0 11.33; 496 31.248 0 11.33; 497 32.984 0 11.33; 498 34.72 0 11.33;
499 36.456 0 11.33; 500 38.192 0 11.33; 501 39.928 0 11.33; 502 41.664 0 11.33;
503 43.4 0 11.33; 504 45.136 0 11.33; 505 46.872 0 11.33; 506 48.608 0 11.33;
507 50.344 0 11.33; 508 52.08 0 11.33; 509 53.816 0 11.33; 510 55.552 0 11.33;
511 57.288 0 11.33; 512 59.024 0 11.33; 513 60.76 0 11.33; 514 62.496 0 11.33;
515 64.232 0 11.33; 516 65.968 0 11.33; 517 67.704 0 11.33; 518 69.44 0 11.33;
519 71.176 0 11.33; 520 72.912 0 11.33; 521 74.648 0 11.33; 522 76.384 0 11.33;
523 78.12 0 11.33; 524 79.856 0 11.33; 525 81.592 0 11.33; 526 83.328 0 11.33;
527 85.064 0 11.33; 528 86.8 0 11.33; 529 1.736 0 13.07; 530 0 0 13.07;
531 3.472 0 13.07; 532 5.208 0 13.07; 533 6.944 0 13.07; 534 8.68 0 13.07;
535 10.416 0 13.07; 536 12.152 0 13.07; 537 13.888 0 13.07; 538 15.624 0 13.07;
539 17.36 0 13.07; 540 19.096 0 13.07; 541 20.832 0 13.07; 542 22.568 0 13.07;
543 24.304 0 13.07; 544 26.04 0 13.07; 545 27.776 0 13.07; 546 29.512 0 13.07;
547 31.248 0 13.07; 548 32.984 0 13.07; 549 34.72 0 13.07; 550 36.456 0 13.07;
551 38.192 0 13.07; 552 39.928 0 13.07; 553 41.664 0 13.07; 554 43.4 0 13.07;
555 45.136 0 13.07; 556 46.872 0 13.07; 557 48.608 0 13.07; 558 50.344 0 13.07;
559 52.08 0 13.07; 560 53.816 0 13.07; 561 55.552 0 13.07; 562 57.288 0 13.07;
563 59.024 0 13.07; 564 60.76 0 13.07; 565 62.496 0 13.07; 566 64.232 0 13.07;
567 65.968 0 13.07; 568 67.704 0 13.07; 569 69.44 0 13.07; 570 71.176 0 13.07;
571 72.912 0 13.07; 572 74.648 0 13.07; 573 76.384 0 13.07; 574 78.12 0 13.07;
575 79.856 0 13.07; 576 81.592 0 13.07; 577 83.328 0 13.07; 578 85.064 0 13.07;
579 86.8 0 13.07; 580 1.736 0 14.81; 581 0 0 14.81; 582 3.472 0 14.81;
583 5.208 0 14.81; 584 6.944 0 14.81; 585 8.68 0 14.81; 586 10.416 0 14.81;
587 12.152 0 14.81; 588 13.888 0 14.81; 589 15.624 0 14.81; 590 17.36 0 14.81;
591 19.096 0 14.81; 592 20.832 0 14.81; 593 22.568 0 14.81; 594 24.304 0 14.81;
595 26.04 0 14.81; 596 27.776 0 14.81; 597 29.512 0 14.81; 598 31.248 0 14.81;
599 32.984 0 14.81; 600 34.72 0 14.81; 601 36.456 0 14.81; 602 38.192 0 14.81;
603 39.928 0 14.81; 604 41.664 0 14.81; 605 43.4 0 14.81; 606 45.136 0 14.81;
607 46.872 0 14.81; 608 48.608 0 14.81; 609 50.344 0 14.81; 610 52.08 0 14.81;
611 53.816 0 14.81; 612 55.552 0 14.81; 613 57.288 0 14.81; 614 59.024 0 14.81;
615 60.76 0 14.81; 616 62.496 0 14.81; 617 64.232 0 14.81; 618 65.968 0 14.81;
619 67.704 0 14.81; 620 69.44 0 14.81; 621 71.176 0 14.81; 622 72.912 0 14.81;
623 74.648 0 14.81; 624 76.384 0 14.81; 625 78.12 0 14.81; 626 79.856 0 14.81;
627 81.592 0 14.81; 628 83.328 0 14.81; 629 85.064 0 14.81; 630 86.8 0 14.81;
631 1.736 0 16.55; 632 3.472 0 16.55; 633 5.208 0 16.55; 634 6.944 0 16.55;
635 8.68 0 16.55; 636 10.416 0 16.55; 637 12.152 0 16.55; 638 13.888 0 16.55;
639 15.624 0 16.55; 640 17.36 0 16.55; 641 19.096 0 16.55; 642 20.832 0 16.55;
643 22.568 0 16.55; 644 24.304 0 16.55; 645 26.04 0 16.55; 646 27.776 0 16.55;
647 29.512 0 16.55; 648 31.248 0 16.55; 649 32.984 0 16.55; 650 34.72 0 16.55;
651 36.456 0 16.55; 652 38.192 0 16.55; 653 39.928 0 16.55; 654 41.664 0 16.55;
655 43.4 0 16.55; 656 45.136 0 16.55; 657 46.872 0 16.55; 658 48.608 0 16.55;
659 50.344 0 16.55; 660 52.08 0 16.55; 661 53.816 0 16.55; 662 55.552 0 16.55;
663 57.288 0 16.55; 664 59.024 0 16.55; 665 60.76 0 16.55; 666 62.496 0 16.55;
667 64.232 0 16.55; 668 65.968 0 16.55; 669 67.704 0 16.55; 670 69.44 0 16.55;
671 71.176 0 16.55; 672 72.912 0 16.55; 673 74.648 0 16.55; 674 76.384 0 16.55;
675 78.12 0 16.55; 676 79.856 0 16.55; 677 81.592 0 16.55; 678 83.328 0 16.55;
679 85.064 0 16.55;
MEMBER INCIDENCES
1 1 2; 2 2 3; 3 3 4; 4 4 5; 5 5 6; 6 6 7; 7 7 8; 8 8 9; 9 9 10; 10 10 11;
11 11 12; 12 12 13; 13 14 1; 14 15 5; 15 16 9; 16 17 13; 17 18 125; 18 23 2;
19 24 3; 20 25 4; 21 19 15; 22 27 6; 23 28 7; 24 29 8; 25 20 16; 26 31 10;
27 32 11; 28 33 12; 29 21 222; 30 22 224; 31 26 19; 32 30 20; 33 34 273;
34 22 23; 35 23 24; 36 24 25; 37 25 26; 38 26 27; 39 27 28; 40 28 29; 41 29 30;
42 30 31; 43 31 32; 44 32 33; 45 33 34; 46 35 22; 47 36 26; 48 37 30; 49 38 34;
50 44 23; 51 45 24; 52 46 25; 53 48 27; 54 49 28; 55 50 29; 56 52 31; 57 53 32;
58 54 33; 59 39 275; 60 40 36; 61 41 37; 62 42 324; 63 43 326; 64 47 40;
65 51 41; 66 55 375; 67 43 44; 68 44 45; 69 45 46; 70 46 47; 71 47 48;
72 48 49; 73 49 50; 74 50 51; 75 51 52; 76 52 53; 77 53 54; 78 54 55; 79 56 43;
80 57 47; 81 58 51; 82 59 55; 83 65 44; 84 66 45; 85 67 46; 86 69 48; 87 70 49;
88 71 50; 89 73 52; 90 74 53; 91 75 54; 92 60 377; 93 61 57; 94 62 58;
95 63 426; 96 64 60; 97 68 61; 98 72 62; 99 76 63; 100 64 65; 101 65 66;
102 66 67; 103 67 68; 104 68 69; 105 69 70; 106 70 71; 107 71 72; 108 72 73;
109 73 74; 110 74 75; 111 75 76; 112 77 428; 113 78 68; 114 79 72; 115 80 477;
116 81 479; 117 86 65; 118 87 66; 119 88 67; 120 82 78; 121 90 69; 122 91 70;
123 92 71; 124 83 79; 125 94 73; 126 95 74; 127 96 75; 128 84 528; 129 85 81;
130 89 82; 131 93 83; 132 97 84; 133 85 86; 134 86 87; 135 87 88; 136 88 89;
137 89 90; 138 90 91; 139 91 92; 140 92 93; 141 93 94; 142 94 95; 143 95 96;
144 96 97; 145 98 530; 146 99 89; 147 100 93; 148 101 579; 149 102 581;
150 107 86; 151 108 87; 152 109 88; 153 103 99; 154 111 90; 155 112 91;
156 113 92; 157 104 100; 158 115 94; 159 116 95; 160 117 96; 161 105 630;
162 106 102; 163 110 103; 164 114 104; 165 118 105; 166 106 107; 167 107 108;
168 108 109; 169 109 110; 170 110 111; 171 111 112; 172 112 113; 173 113 114;
174 114 115; 175 115 116; 176 116 117; 177 117 118; 179 125 14; 229 222 17;
231 224 18; 281 273 21; 283 275 35; 333 324 38; 335 326 39; 385 375 42;
387 377 56; 437 426 59; 439 428 64; 489 477 76; 491 479 77; 541 528 80;
543 530 85; 593 579 97; 595 581 98; 645 630 101;
ELEMENT INCIDENCES SHELL
180 119 123 124 125; 181 123 126 127 124; 182 126 128 129 127;
183 128 130 131 129; 184 130 132 133 131; 185 132 134 135 133;
186 134 136 137 135; 187 136 138 139 137; 188 138 140 141 139;
189 140 142 143 141; 190 142 144 145 143; 191 144 146 147 145;
192 146 148 149 147; 193 148 150 151 149; 194 150 152 153 151;
195 152 154 155 153; 196 154 156 157 155; 197 156 158 159 157;
198 158 160 161 159; 199 160 162 163 161; 200 162 164 165 163;
201 164 166 167 165; 202 166 168 169 167; 203 168 170 171 169;
204 170 172 173 171; 205 172 174 175 173; 206 174 176 177 175;
207 176 178 179 177; 208 178 180 181 179; 209 180 182 183 181;
210 182 184 185 183; 211 184 186 187 185; 212 186 188 189 187;
213 188 190 191 189; 214 190 192 193 191; 215 192 194 195 193;
216 194 196 197 195; 217 196 198 199 197; 218 198 200 201 199;
219 200 202 203 201; 220 202 204 205 203; 221 204 206 207 205;
222 206 208 209 207; 223 208 210 211 209; 224 210 212 213 211;
225 212 214 215 213; 226 214 216 217 215; 227 216 218 219 217;
228 218 220 221 219; 230 220 120 222 221; 232 125 124 223 224;
233 124 127 225 223; 234 127 129 226 225; 235 129 131 227 226;
236 131 133 228 227; 237 133 135 229 228; 238 135 137 230 229;
239 137 139 231 230; 240 139 141 232 231; 241 141 143 233 232;
242 143 145 234 233; 243 145 147 235 234; 244 147 149 236 235;
245 149 151 237 236; 246 151 153 238 237; 247 153 155 239 238;
248 155 157 240 239; 249 157 159 241 240; 250 159 161 242 241;
251 161 163 243 242; 252 163 165 244 243; 253 165 167 245 244;
254 167 169 246 245; 255 169 171 247 246; 256 171 173 248 247;
257 173 175 249 248; 258 175 177 250 249; 259 177 179 251 250;
260 179 181 252 251; 261 181 183 253 252; 262 183 185 254 253;
263 185 187 255 254; 264 187 189 256 255; 265 189 191 257 256;
266 191 193 258 257; 267 193 195 259 258; 268 195 197 260 259;
269 197 199 261 260; 270 199 201 262 261; 271 201 203 263 262;
272 203 205 264 263; 273 205 207 265 264; 274 207 209 266 265;
275 209 211 267 266; 276 211 213 268 267; 277 213 215 269 268;
278 215 217 270 269; 279 217 219 271 270; 280 219 221 272 271;
282 221 222 273 272; 284 224 223 274 275; 285 223 225 276 274;
286 225 226 277 276; 287 226 227 278 277; 288 227 228 279 278;
289 228 229 280 279; 290 229 230 281 280; 291 230 231 282 281;
292 231 232 283 282; 293 232 233 284 283; 294 233 234 285 284;
295 234 235 286 285; 296 235 236 287 286; 297 236 237 288 287;
298 237 238 289 288; 299 238 239 290 289; 300 239 240 291 290;
301 240 241 292 291; 302 241 242 293 292; 303 242 243 294 293;
304 243 244 295 294; 305 244 245 296 295; 306 245 246 297 296;
307 246 247 298 297; 308 247 248 299 298; 309 248 249 300 299;
310 249 250 301 300; 311 250 251 302 301; 312 251 252 303 302;
313 252 253 304 303; 314 253 254 305 304; 315 254 255 306 305;
316 255 256 307 306; 317 256 257 308 307; 318 257 258 309 308;
319 258 259 310 309; 320 259 260 311 310; 321 260 261 312 311;
322 261 262 313 312; 323 262 263 314 313; 324 263 264 315 314;
325 264 265 316 315; 326 265 266 317 316; 327 266 267 318 317;
328 267 268 319 318; 329 268 269 320 319; 330 269 270 321 320;
331 270 271 322 321; 332 271 272 323 322; 334 272 273 324 323;
336 275 274 325 326; 337 274 276 327 325; 338 276 277 328 327;
339 277 278 329 328; 340 278 279 330 329; 341 279 280 331 330;
342 280 281 332 331; 343 281 282 333 332; 344 282 283 334 333;
345 283 284 335 334; 346 284 285 336 335; 347 285 286 337 336;
348 286 287 338 337; 349 287 288 339 338; 350 288 289 340 339;
351 289 290 341 340; 352 290 291 342 341; 353 291 292 343 342;
354 292 293 344 343; 355 293 294 345 344; 356 294 295 346 345;
357 295 296 347 346; 358 296 297 348 347; 359 297 298 349 348;
360 298 299 350 349; 361 299 300 351 350; 362 300 301 352 351;
363 301 302 353 352; 364 302 303 354 353; 365 303 304 355 354;
366 304 305 356 355; 367 305 306 357 356; 368 306 307 358 357;
369 307 308 359 358; 370 308 309 360 359; 371 309 310 361 360;
372 310 311 362 361; 373 311 312 363 362; 374 312 313 364 363;
375 313 314 365 364; 376 314 315 366 365; 377 315 316 367 366;
378 316 317 368 367; 379 317 318 369 368; 380 318 319 370 369;
381 319 320 371 370; 382 320 321 372 371; 383 321 322 373 372;
384 322 323 374 373; 386 323 324 375 374; 388 326 325 376 377;
389 325 327 378 376; 390 327 328 379 378; 391 328 329 380 379;
392 329 330 381 380; 393 330 331 382 381; 394 331 332 383 382;
395 332 333 384 383; 396 333 334 385 384; 397 334 335 386 385;
398 335 336 387 386; 399 336 337 388 387; 400 337 338 389 388;
401 338 339 390 389; 402 339 340 391 390; 403 340 341 392 391;
404 341 342 393 392; 405 342 343 394 393; 406 343 344 395 394;
407 344 345 396 395; 408 345 346 397 396; 409 346 347 398 397;
410 347 348 399 398; 411 348 349 400 399; 412 349 350 401 400;
413 350 351 402 401; 414 351 352 403 402; 415 352 353 404 403;
416 353 354 405 404; 417 354 355 406 405; 418 355 356 407 406;
419 356 357 408 407; 420 357 358 409 408; 421 358 359 410 409;
422 359 360 411 410; 423 360 361 412 411; 424 361 362 413 412;
425 362 363 414 413; 426 363 364 415 414; 427 364 365 416 415;
428 365 366 417 416; 429 366 367 418 417; 430 367 368 419 418;
431 368 369 420 419; 432 369 370 421 420; 433 370 371 422 421;
434 371 372 423 422; 435 372 373 424 423; 436 373 374 425 424;
438 374 375 426 425; 440 377 376 427 428; 441 376 378 429 427;
442 378 379 430 429; 443 379 380 431 430; 444 380 381 432 431;
445 381 382 433 432; 446 382 383 434 433; 447 383 384 435 434;
448 384 385 436 435; 449 385 386 437 436; 450 386 387 438 437;
451 387 388 439 438; 452 388 389 440 439; 453 389 390 441 440;
454 390 391 442 441; 455 391 392 443 442; 456 392 393 444 443;
457 393 394 445 444; 458 394 395 446 445; 459 395 396 447 446;
460 396 397 448 447; 461 397 398 449 448; 462 398 399 450 449;
463 399 400 451 450; 464 400 401 452 451; 465 401 402 453 452;
466 402 403 454 453; 467 403 404 455 454; 468 404 405 456 455;
469 405 406 457 456; 470 406 407 458 457; 471 407 408 459 458;
472 408 409 460 459; 473 409 410 461 460; 474 410 411 462 461;
475 411 412 463 462; 476 412 413 464 463; 477 413 414 465 464;
478 414 415 466 465; 479 415 416 467 466; 480 416 417 468 467;
481 417 418 469 468; 482 418 419 470 469; 483 419 420 471 470;
484 420 421 472 471; 485 421 422 473 472; 486 422 423 474 473;
487 423 424 475 474; 488 424 425 476 475; 490 425 426 477 476;
492 428 427 478 479; 493 427 429 480 478; 494 429 430 481 480;
495 430 431 482 481; 496 431 432 483 482; 497 432 433 484 483;
498 433 434 485 484; 499 434 435 486 485; 500 435 436 487 486;
501 436 437 488 487; 502 437 438 489 488; 503 438 439 490 489;
504 439 440 491 490; 505 440 441 492 491; 506 441 442 493 492;
507 442 443 494 493; 508 443 444 495 494; 509 444 445 496 495;
510 445 446 497 496; 511 446 447 498 497; 512 447 448 499 498;
513 448 449 500 499; 514 449 450 501 500; 515 450 451 502 501;
516 451 452 503 502; 517 452 453 504 503; 518 453 454 505 504;
519 454 455 506 505; 520 455 456 507 506; 521 456 457 508 507;
522 457 458 509 508; 523 458 459 510 509; 524 459 460 511 510;
525 460 461 512 511; 526 461 462 513 512; 527 462 463 514 513;
528 463 464 515 514; 529 464 465 516 515; 530 465 466 517 516;
531 466 467 518 517; 532 467 468 519 518; 533 468 469 520 519;
534 469 470 521 520; 535 470 471 522 521; 536 471 472 523 522;
537 472 473 524 523; 538 473 474 525 524; 539 474 475 526 525;
540 475 476 527 526; 542 476 477 528 527; 544 479 478 529 530;
545 478 480 531 529; 546 480 481 532 531; 547 481 482 533 532;
548 482 483 534 533; 549 483 484 535 534; 550 484 485 536 535;
551 485 486 537 536; 552 486 487 538 537; 553 487 488 539 538;
554 488 489 540 539; 555 489 490 541 540; 556 490 491 542 541;
557 491 492 543 542; 558 492 493 544 543; 559 493 494 545 544;
560 494 495 546 545; 561 495 496 547 546; 562 496 497 548 547;
563 497 498 549 548; 564 498 499 550 549; 565 499 500 551 550;
566 500 501 552 551; 567 501 502 553 552; 568 502 503 554 553;
569 503 504 555 554; 570 504 505 556 555; 571 505 506 557 556;
572 506 507 558 557; 573 507 508 559 558; 574 508 509 560 559;
575 509 510 561 560; 576 510 511 562 561; 577 511 512 563 562;
578 512 513 564 563; 579 513 514 565 564; 580 514 515 566 565;
581 515 516 567 566; 582 516 517 568 567; 583 517 518 569 568;
584 518 519 570 569; 585 519 520 571 570; 586 520 521 572 571;
587 521 522 573 572; 588 522 523 574 573; 589 523 524 575 574;
590 524 525 576 575; 591 525 526 577 576; 592 526 527 578 577;
594 527 528 579 578; 596 530 529 580 581; 597 529 531 582 580;
598 531 532 583 582; 599 532 533 584 583; 600 533 534 585 584;
601 534 535 586 585; 602 535 536 587 586; 603 536 537 588 587;
604 537 538 589 588; 605 538 539 590 589; 606 539 540 591 590;
607 540 541 592 591; 608 541 542 593 592; 609 542 543 594 593;
610 543 544 595 594; 611 544 545 596 595; 612 545 546 597 596;
613 546 547 598 597; 614 547 548 599 598; 615 548 549 600 599;
616 549 550 601 600; 617 550 551 602 601; 618 551 552 603 602;
619 552 553 604 603; 620 553 554 605 604; 621 554 555 606 605;
622 555 556 607 606; 623 556 557 608 607; 624 557 558 609 608;
625 558 559 610 609; 626 559 560 611 610; 627 560 561 612 611;
628 561 562 613 612; 629 562 563 614 613; 630 563 564 615 614;
631 564 565 616 615; 632 565 566 617 616; 633 566 567 618 617;
634 567 568 619 618; 635 568 569 620 619; 636 569 570 621 620;
637 570 571 622 621; 638 571 572 623 622; 639 572 573 624 623;
640 573 574 625 624; 641 574 575 626 625; 642 575 576 627 626;
643 576 577 628 627; 644 577 578 629 628; 646 578 579 630 629;
647 581 580 631 121; 648 580 582 632 631; 649 582 583 633 632;
650 583 584 634 633; 651 584 585 635 634; 652 585 586 636 635;
653 586 587 637 636; 654 587 588 638 637; 655 588 589 639 638;
656 589 590 640 639; 657 590 591 641 640; 658 591 592 642 641;
659 592 593 643 642; 660 593 594 644 643; 661 594 595 645 644;
662 595 596 646 645; 663 596 597 647 646; 664 597 598 648 647;
665 598 599 649 648; 666 599 600 650 649; 667 600 601 651 650;
668 601 602 652 651; 669 602 603 653 652; 670 603 604 654 653;
671 604 605 655 654; 672 605 606 656 655; 673 606 607 657 656;
674 607 608 658 657; 675 608 609 659 658; 676 609 610 660 659;
677 610 611 661 660; 678 611 612 662 661; 679 612 613 663 662;
680 613 614 664 663; 681 614 615 665 664; 682 615 616 666 665;
683 616 617 667 666; 684 617 618 668 667; 685 618 619 669 668;
686 619 620 670 669; 687 620 621 671 670; 688 621 622 672 671;
689 622 623 673 672; 690 623 624 674 673; 691 624 625 675 674;
692 625 626 676 675; 693 626 627 677 676; 694 627 628 678 677;
695 628 629 679 678; 696 629 630 122 679;
START USER TABLE
TABLE 1
UNIT METER KN
GENERAL
G1
1.67 1.9 0 2.4 0 0.596879 0.320891 0.171759 0.531479 0.221396 0.699294 -
0.883229 0.888723 0.516823 0.0318796 1.9
PROFILE_POINTS
-0.950599 0.776946 1.4494 0.776946 1.4494 0.576946 0.249401 0.576946 0.249401 -1.12305 -0.450599 -1.12305 -0.450599 0.576946 -0.950599 0.576946
G2
1.81 1.9 0 3.1 0 0.656539 0.545108 0.173124 0.55856 0.351683 0.731027 -
0.884963 0.967119 0.68875 0.0254215 1.9
PROFILE_POINTS
-1.55 0.724586 1.55 0.724586 1.55 0.524586 0.35 0.524586 0.35 -1.17541 -0.35 -1.17541 -0.35 0.524586 -1.55 0.524586
G3
1.82 1.9 0 3.15 0 0.660452 0.56978 0.173171 0.560253 0.358049 0.737536 -
0.873771 0.969126 0.706717 0.029401 1.9
PROFILE_POINTS
-1.55865 0.721154 1.59135 0.721154 1.59135 0.521154 0.341346 0.521154 0.341346 -1.17885 -0.358654 -1.17885 -0.358654 0.521154 -1.55865 0.521154
G4
1.83 1.9 0 3.2 0 0.664323 0.594725 0.173253 0.561919 0.371703 0.739852 -
0.870626 0.978385 0.72025 0.0248163 1.9
PROFILE_POINTS
-1.6 0.717759 1.6 0.717759 1.6 0.51776 0.35 0.51776 0.35 -1.18224 -0.35 -1.18224 -0.35 0.51776 -1.6 0.51776
G5
1.82 1.9 0 3.15 0 0.660452 0.56978 0.173069 0.560253 0.358049 0.737516 -
0.873821 0.969126 0.706717 0.0313433 1.9
PROFILE_POINTS
-1.59135 0.721154 1.55865 0.721154 1.55865 0.521154 0.358654 0.521154 0.358654 -1.17885 -0.341346 -1.17885 -0.341346 0.521154 -1.59135 0.521154
G6
1.67 1.9 0 2.4 0 0.596879 0.320891 0.171532 0.531479 0.221396 0.699311 -
0.883286 0.888723 0.516823 0.0282253 1.9
PROFILE_POINTS
-1.4494 0.776946 0.950599 0.776946 0.950599 0.576946 0.450599 0.576946 0.450599 -1.12305 -0.249401 -1.12305 -0.249401 0.576946 -1.4494 0.576946
MG1
1.33 1.9 0 2.4 0 0.483165 0.285687 0.0712593 0.405049 0.200668 0.544152 -
0.626759 0.716897 0.429466 0.0146593 1.9
PROFILE_POINTS
-0.976316 0.707143 1.42368 0.707143 1.42368 0.507143 0.123684 0.507143 0.123684 -1.19286 -0.376316 -1.19286 -0.376316 0.507143 -0.976316 0.507143
MG2
1.47 1.9 0 3.1 0 0.530324 0.514225 0.0729064 0.424029 0.331758 0.608712 -
0.628656 0.782101 0.58675 0.00995146 1.9
PROFILE_POINTS
-1.55 0.64932 1.55 0.64932 1.55 0.44932 0.25 0.44932 0.25 -1.25068 -0.25 -1.25068 -0.25 0.44932 -1.55 0.44932
MG3
1.48 1.9 0 3.15 0 0.533355 0.538866 0.0727978 0.42519 0.339046 0.626628 -
0.614094 0.704739 0.716426 0.01677 1.9
PROFILE_POINTS
-1.56064 0.645608 1.58936 0.645608 1.58936 0.445608 0.239358 0.445608 0.239358 -1.25439 -0.260642 -1.25439 -0.260642 0.445608 -1.56064 0.445608
MG4
1.49 1.9 0 3.2 0 0.536345 0.563842 0.0730861 0.426329 0.352401 0.619945 -
0.622817 0.61825 0.79135 0.0131899 1.9
PROFILE_POINTS
-1.6 0.641946 1.6 0.641946 1.6 0.441946 0.25 0.441946 0.25 -1.25805 -0.25 -1.25805 -0.25 0.441946 -1.6 0.441946
MG5
1.48 1.9 0 3.15 0 0.533355 0.538866 0.0727624 0.42519 0.339046 0.626456 -
0.614228 0.704739 0.716426 0.0127011 1.9
PROFILE_POINTS
-1.58936 0.645608 1.56064 0.645608 1.56064 0.445608 0.260642 0.445608 0.260642 -1.25439 -0.239358 -1.25439 -0.239358 0.445608 -1.58936 0.445608
MG6
1.33 1.9 0 2.4 0 0.483165 0.285687 0.0711472 0.405049 0.200668 0.544159 -
0.626746 0.716897 0.429466 0.0129519 1.9
PROFILE_POINTS
-1.42368 0.707143 0.976316 0.707143 0.976316 0.507143 0.376316 0.507143 0.376316 -1.19286 -0.123684 -1.19286 -0.123684 0.507143 -1.42368 0.507143
HG1
0.9775 1.9 0 2.4 0 0.395428 0.268519 0.0196291 0.300364 0.194843 0.461516 -
0.366901 0.539066 0.37781 0.00788449 1.9
PROFILE_POINTS
-1.02187 0.583504 1.37813 0.583504 1.37813 0.383504 0.153133 0.383504 0.153133 0.258504 -0.071867 0.158504 -0.071867 -1.0915 0.153133 -1.1915 0.153133 -1.3165 -0.496867 -1.3165 -0.496867 -1.1915 -0.271867 -1.0915 -0.271867 0.158504 -0.496867 0.258504 -0.496867 0.383504 -1.02187 0.383504
HG2
1.1175 1.9 0 3.1 0 0.424523 0.504709 0.0213035 0.30828 0.325619 0.341212 -
0.609981 0.529281 0.581996 0.00801414 1.9
PROFILE_POINTS
-1.55 0.522931 1.55 0.522931 1.55 0.322931 0.325 0.322931 0.325 0.197931 0.1 0.0979306 0.1 -1.15207 0.325 -1.25207 0.325 -1.37707 -0.325 -1.37707 -0.325 -1.25207 -0.0999999 -1.15207 -0.0999999 0.0979306 -0.325 0.197931 -0.325 0.322931 -1.55 0.322931
HG3
1.1275 1.9 0 3.15 0 0.426329 0.529298 0.0214203 0.308751 0.333725 -
0.341143 0.615094 0.54964 0.582838 0.0106028 1.9
PROFILE_POINTS
-1.56397 0.51918 1.58603 0.51918 1.58603 0.31918 0.311031 0.31918 0.311031 0.19418 0.086031 0.0941795 0.086031 -1.15582 0.311031 -1.25582 0.311031 -1.38082 -0.338969 -1.38082 -0.338969 -1.25582 -0.113969 -1.15582 -0.113969 0.0941795 -0.338969 0.19418 -0.338969 0.31918 -1.56397 0.31918
HG4
1.1375 1.9 0 3.2 0 0.428105 0.554326 0.0215184 0.309211 0.346454 0.339229 -
0.625204 0.560781 0.587274 0.0107118 1.9
PROFILE_POINTS
-1.6 0.515495 1.6 0.515495 1.6 0.315495 0.325 0.315495 0.325 0.190494 0.1 0.0904945 0.1 -1.15951 0.325 -1.25951 0.325 -1.38451 -0.325 -1.38451 -0.325 -1.25951 -0.1 -1.15951 -0.1 0.0904945 -0.325 0.190494 -0.325 0.315495 -1.6 0.315495
HG5
1.1275 1.9 0 3.15 0 0.426329 0.529124 0.0214268 0.308751 0.335952 -
0.340235 0.617619 0.544906 0.584656 0.0106174 1.9
PROFILE_POINTS
-1.575 0.51918 1.575 0.51918 1.575 0.31918 0.325 0.31918 0.325 0.19418 0.0999999 0.0941795 0.0999999 -1.15582 0.325 -1.25582 0.325 -1.38082 -0.325 -1.38082 -0.325 -1.25582 -0.1 -1.15582 -0.1 0.0941795 -0.325 0.19418 -0.325 0.31918 -1.575 0.31918
HG6
0.9775 1.9 0 2.4 0 0.395428 0.268519 0.0196086 0.300364 0.194843 0.461477 -
0.366873 0.539066 0.377809 0.00985508 1.9
PROFILE_POINTS
-1.37813 0.583504 1.02187 0.583504 1.02187 0.383504 0.496867 0.383504 0.496867 0.258504 0.271867 0.158504 0.271867 -1.0915 0.496867 -1.1915 0.496867 -1.3165 -0.153133 -1.3165 -0.153133 -1.1915 0.071867 -1.0915 0.071867 0.158504 -0.153133 0.258504 -0.153133 0.383504 -1.37813 0.383504
END
ELEMENT PROPERTY
180 TO 228 230 232 TO 280 282 284 TO 332 334 336 TO 384 386 388 TO 436 438 -
440 TO 488 490 492 TO 540 542 544 TO 592 594 596 TO 644 646 TO 695 -
696 THICKNESS 0.08
DEFINE MATERIAL START
ISOTROPIC CONCRETE
E 2.17185e+007
POISSON 0.17
DENSITY 23.5616
ALPHA 1e-005
DAMP 0.05
TYPE CONCRETE
STRENGTH FCU 27579
END DEFINE MATERIAL
MEMBER PROPERTY AMERICAN
13 16 TO 18 28 TO 30 33 46 49 50 58 59 62 63 66 79 82 83 91 92 95 96 99 112 -
115 TO 117 127 TO 129 132 145 148 TO 150 160 TO 162 165 179 229 231 281 283 -
333 335 385 387 437 439 489 491 541 543 593 595 645 PRIS YD 1.8 ZD 0.4
19 20 26 27 51 52 56 57 84 85 89 90 118 119 125 126 151 152 158 -
159 PRIS YD 1.1 ZD 1.2
14 15 21 25 31 32 47 48 60 61 64 65 80 81 93 94 97 98 113 114 120 124 130 -
131 146 147 153 157 163 164 PRIS YD 0.9 ZD 0.55
22 TO 24 53 TO 55 86 TO 88 121 TO 123 154 TO 156 PRIS YD 1.7 ZD 0.2
MEMBER PROPERTY AMERICAN
1 TO 4 9 TO 12 UPTABLE 1 MG1
34 TO 37 42 TO 45 UPTABLE 1 MG2
67 TO 70 75 TO 78 UPTABLE 1 MG3
100 TO 103 108 TO 111 UPTABLE 1 MG4
133 TO 136 141 TO 144 UPTABLE 1 MG5
166 TO 169 174 TO 177 UPTABLE 1 MG6
5 TO 8 UPTABLE 1 HG1
38 TO 41 UPTABLE 1 HG2
71 TO 74 UPTABLE 1 HG3
104 TO 107 UPTABLE 1 HG4
137 TO 140 UPTABLE 1 HG5
170 TO 173 UPTABLE 1 HG6
CONSTANTS
MATERIAL CONCRETE ALL
MEMBER OFFSET
1 TO 12 START 0 -0.8 0.1
1 TO 12 END 0 -0.8 0.1
166 TO 177 START 0 -0.8 -0.1
166 TO 177 END 0 -0.8 -0.1
13 16 TO 18 28 TO 30 33 46 49 50 58 59 62 63 66 79 82 83 91 92 95 96 99 112 -
115 TO 117 127 TO 129 132 145 148 TO 150 160 TO 162 165 179 229 231 281 283 -
333 335 385 387 437 439 489 491 541 543 593 595 645 START 0 -0.975 0
13 16 TO 18 28 TO 30 33 46 49 50 58 59 62 63 66 79 82 83 91 92 95 96 99 112 -
115 TO 117 127 TO 129 132 145 148 TO 150 160 TO 162 165 179 229 231 281 283 -
333 335 385 387 437 439 489 491 541 543 593 595 645 END 0 -0.975 0
22 TO 24 53 TO 55 86 TO 88 121 TO 123 154 TO 156 START 0 -0.875 0
22 TO 24 53 TO 55 86 TO 88 121 TO 123 154 TO 156 END 0 -0.875 0
14 15 21 25 31 32 47 48 60 61 64 65 80 81 93 94 97 98 113 114 120 124 130 -
131 146 147 153 157 163 164 START 0 -0.475 0
14 15 21 25 31 32 47 48 60 61 64 65 80 81 93 94 97 98 113 114 120 124 130 -
131 146 147 153 157 163 164 END 0 -0.475 0
19 20 26 27 51 52 56 57 84 85 89 90 118 119 125 126 151 152 158 -
159 START 0 -0.575 0
19 20 26 27 51 52 56 57 84 85 89 90 118 119 125 126 151 152 158 -
159 END 0 -0.575 0
34 TO 45 67 TO 78 100 TO 111 133 TO 144 START 0 -0.75 0
34 TO 45 67 TO 78 100 TO 111 133 TO 144 END 0 -0.75 0
SUPPORTS
1 5 9 13 22 26 30 34 43 47 51 55 64 68 72 76 85 89 93 97 106 110 114 118 PINNED
3 4 10 11 24 25 31 32 45 46 52 53 66 67 73 74 87 88 94 95 108 109 115 116 FIXED
*MEMBER RELEASE
*1 5 9 34 38 42 67 71 75 100 104 108 133 137 141 166 170 174 START MX MY MZ
*4 8 12 37 41 45 70 74 78 103 107 111 136 140 144 169 173 177 END MX MY MZ
MEMBER RELEASE
5 9 38 42 71 75 104 108 137 141 170 174 START MX MY MZ
4 8 37 41 70 74 103 107 136 140 169 173 END MX MY MZ
LOAD 1 LOADTYPE Dead TITLE DL
SELFWEIGHT Y -1
*LOAD 11 LOADTYPE None TITLE BEARING LOAD
*JOINT LOAD
*1 5 9 13 22 26 30 34 43 47 51 55 64 68 72 76 85 89 93 97 106 110 114 -
*118 FY -1000
LOAD 2 LOADTYPE None TITLE HA LANE2
ELEMENT LOAD
440 TO 488 490 492 TO 540 542 PR GY -27.5
LOAD 3 LOADTYPE None TITLE HA LANE3
ELEMENT LOAD
544 TO 592 594 596 TO 644 646 PR GY -27.5
LOAD 4 LOADTYPE None TITLE HB LANE1
ELEMENT LOAD
232 TO 280 PR GY -9.87955
180 TO 228 230 PR GY -9.87955 -0.868 0.73 0.868 0.87
282 PR GY -9.87955 -0.868 -0.87 0.868 0.87
284 TO 332 334 PR GY -9.87955 -0.868 -0.87 0.868 0.75
204 PR GY -18 0.718 0.73
256 PR GY -18 0.718 -0.621
256 PR GY -18 0.718 -0.232
256 PR GY -18 0.718 0.157
256 PR GY -18 0.718 0.546
308 PR GY -18 0.718 -0.806
308 PR GY -18 0.718 -0.417
308 PR GY -18 0.718 -0.028
308 PR GY -18 0.718 0.361
308 PR GY -18 0.718 0.75
**LOAD 4 BS5400: ULS BS5400_GEN_LOAD P646: Stress MX (local) -ve
ELEMENT LOAD
232 TO 280 PR GY -9.87356
180 TO 228 230 PR GY -9.87356 -0.868 0.73 0.868 0.87
282 PR GY -9.87356 -0.868 -0.87 0.868 0.87
284 TO 332 334 PR GY -9.87356 -0.868 -0.87 0.868 0.75
212 PR GY -18 -0.856 0.73
264 PR GY -18 -0.856 -0.621
264 PR GY -18 -0.856 -0.232
264 PR GY -18 -0.856 0.157
264 PR GY -18 -0.856 0.546
316 PR GY -18 -0.856 -0.806
316 PR GY -18 -0.856 -0.417
316 PR GY -18 -0.856 -0.028
316 PR GY -18 -0.856 0.361
316 PR GY -18 -0.856 0.75
**LOAD 5 BS5400: ULS BS5400_GEN_LOAD B144: Force End A: FX -ve
ELEMENT LOAD
232 TO 280 PR GY -9.87356
180 TO 228 230 PR GY -9.87356 -0.868 0.73 0.868 0.87
282 PR GY -9.87356 -0.868 -0.87 0.868 0.87
284 TO 332 334 PR GY -9.87356 -0.868 -0.87 0.868 0.75
212 PR GY -18 -0.856 0.73
264 PR GY -18 -0.856 -0.621
264 PR GY -18 -0.856 -0.232
264 PR GY -18 -0.856 0.157
264 PR GY -18 -0.856 0.546
316 PR GY -18 -0.856 -0.806
316 PR GY -18 -0.856 -0.417
316 PR GY -18 -0.856 -0.028
316 PR GY -18 -0.856 0.361
316 PR GY -18 -0.856 0.75
**LOAD 6 BS5400: ULS BS5400_GEN_LOAD N3: React FY +ve
ELEMENT LOAD
232 TO 280 PR GY -9.87356
180 TO 228 230 PR GY -9.87356 -0.868 0.73 0.868 0.87
282 PR GY -9.87356 -0.868 -0.87 0.868 0.87
284 TO 332 334 PR GY -9.87356 -0.868 -0.87 0.868 0.75
196 PR GY -18 -0.111 0.73
248 PR GY -18 -0.111 -0.621
248 PR GY -18 -0.111 -0.232
248 PR GY -18 -0.111 0.157
248 PR GY -18 -0.111 0.546
300 PR GY -18 -0.111 -0.806
300 PR GY -18 -0.111 -0.417
300 PR GY -18 -0.111 -0.028
300 PR GY -18 -0.111 0.361
300 PR GY -18 -0.111 0.75
**LOAD 9 BS5400: ULS BS5400_GEN_LOAD N11: React FY +ve
ELEMENT LOAD
232 TO 280 PR GY -9.87356
180 TO 228 230 PR GY -9.87356 -0.868 0.73 0.868 0.87
282 PR GY -9.87356 -0.868 -0.87 0.868 0.87
284 TO 332 334 PR GY -9.87356 -0.868 -0.87 0.868 0.75
213 PR GY -18 0.111 0.73
265 PR GY -18 0.111 -0.621
265 PR GY -18 0.111 -0.232
265 PR GY -18 0.111 0.157
265 PR GY -18 0.111 0.546
317 PR GY -18 0.111 -0.806
317 PR GY -18 0.111 -0.417
317 PR GY -18 0.111 -0.028
317 PR GY -18 0.111 0.361
317 PR GY -18 0.111 0.75
**LOAD 10 BS5400: ULS BS5400_GEN_LOAD N14: React FY +ve
ELEMENT LOAD
275 TO 280 PR GY -8.79988
222 PR GY -8.79988 -0.363 0.73 0.868 0.87
223 TO 228 230 PR GY -8.79988 -0.868 0.73 0.868 0.87
274 PR GY -8.79988 -0.363 -0.87 0.868 0.87
282 PR GY -8.79988 -0.868 -0.87 0.868 0.87
326 PR GY -8.79988 -0.363 -0.87 0.868 0.75
327 TO 332 334 PR GY -8.79988 -0.868 -0.87 0.868 0.75
238 PR GY -97.5 -0.477 -0.76
238 PR GY -97.5 -0.477 0.24
290 PR GY -97.5 -0.477 -0.5
290 PR GY -97.5 -0.477 0.5
237 PR GY -97.5 -0.541 -0.76
237 PR GY -97.5 -0.541 0.24
289 PR GY -97.5 -0.541 -0.5
289 PR GY -97.5 -0.541 0.5
233 PR GY -97.5 0.403 -0.76
233 PR GY -97.5 0.403 0.24
285 PR GY -97.5 0.403 -0.5
285 PR GY -97.5 0.403 0.5
232 PR GY -97.5 0.339 -0.76
232 PR GY -97.5 0.339 0.24
284 PR GY -97.5 0.339 -0.5
284 PR GY -97.5 0.339 0.5
**LOAD 13 BS5400: ULS BS5400_GEN_LOAD N17: React FY +ve
ELEMENT LOAD
233 TO 238 PR GY -8.80157
180 TO 186 PR GY -8.80157 -0.868 0.73 0.868 0.87
187 PR GY -8.80157 -0.868 0.73 0.349 0.87
232 PR GY -8.80157 -0.868 -0.87 0.868 0.87
239 PR GY -8.80157 -0.868 -0.87 0.349 0.87
284 TO 290 PR GY -8.80157 -0.868 -0.87 0.868 0.75
291 PR GY -8.80157 -0.868 -0.87 0.349 0.75
282 PR GY -97.5 -0.339 -0.76
282 PR GY -97.5 -0.339 0.24
334 PR GY -97.5 -0.339 -0.5
334 PR GY -97.5 -0.339 0.5
280 PR GY -97.5 -0.403 -0.76
280 PR GY -97.5 -0.403 0.24
332 PR GY -97.5 -0.403 -0.5
332 PR GY -97.5 -0.403 0.5
276 PR GY -97.5 0.541 -0.76
276 PR GY -97.5 0.541 0.24
328 PR GY -97.5 0.541 -0.5
328 PR GY -97.5 0.541 0.5
275 PR GY -97.5 0.477 -0.76
275 PR GY -97.5 0.477 0.24
327 PR GY -97.5 0.477 -0.5
327 PR GY -97.5 0.477 0.5
**LOAD 14 BS5400: ULS BS5400_GEN_LOAD N18: React FY +ve
ELEMENT LOAD
232 TO 280 PR GY -12.7079
180 TO 228 230 PR GY -12.7079 -0.868 0.73 0.868 0.87
282 PR GY -12.7079 -0.868 -0.87 0.868 0.87
284 TO 332 334 PR GY -12.7079 -0.868 -0.87 0.868 0.75
180 PR GY -18 -0.868 0.73
232 PR GY -18 -0.868 -0.621
232 PR GY -18 -0.868 -0.232
232 PR GY -18 -0.868 0.157
232 PR GY -18 -0.868 0.546
**LOAD 17 BS5400: ULS BS5400_GEN_LOAD N21: React FY +ve
ELEMENT LOAD
232 TO 280 PR GY -12.6989
180 TO 228 230 PR GY -12.6989 -0.868 0.73 0.868 0.87
282 PR GY -12.6989 -0.868 -0.87 0.868 0.87
284 TO 332 334 PR GY -12.6989 -0.868 -0.87 0.868 0.75
230 PR GY -18 0.868 0.73
282 PR GY -18 0.868 -0.621
282 PR GY -18 0.868 -0.232
282 PR GY -18 0.868 0.157
282 PR GY -18 0.868 0.546
334 PR GY -18 0.868 -0.806
334 PR GY -18 0.868 -0.417
334 PR GY -18 0.868 -0.028
334 PR GY -18 0.868 0.361
334 PR GY -18 0.868 0.75
**LOAD 22 BS5400: ULS BS5400_GEN_LOAD N35: React FY +ve
ELEMENT LOAD
252 TO 280 PR GY -8.60652
199 PR GY -8.60652 0.748 0.73 0.868 0.87
200 TO 228 230 PR GY -8.60652 -0.868 0.73 0.868 0.87
251 PR GY -8.60652 0.748 -0.87 0.868 0.87
282 PR GY -8.60652 -0.868 -0.87 0.868 0.87
303 PR GY -8.60652 0.748 -0.87 0.868 0.75
304 TO 332 334 PR GY -8.60652 -0.868 -0.87 0.868 0.75
237 PR GY -97.5 0.052 -0.76
237 PR GY -97.5 0.052 0.24
289 PR GY -97.5 0.052 -0.5
289 PR GY -97.5 0.052 0.5
236 PR GY -97.5 -0.012 -0.76
236 PR GY -97.5 -0.012 0.24
288 PR GY -97.5 -0.012 -0.5
288 PR GY -97.5 -0.012 0.5
233 PR GY -97.5 -0.804 -0.76
233 PR GY -97.5 -0.804 0.24
285 PR GY -97.5 -0.804 -0.5
285 PR GY -97.5 -0.804 0.5
232 PR GY -97.5 -0.868 -0.76
232 PR GY -97.5 -0.868 0.24
284 PR GY -97.5 -0.868 -0.5
284 PR GY -97.5 -0.868 0.5
**LOAD 25 BS5400: ULS BS5400_GEN_LOAD N38: React FY +ve
ELEMENT LOAD
233 TO 261 PR GY -8.60586
180 TO 209 PR GY -8.60586 -0.868 0.73 0.868 0.87
210 PR GY -8.60586 -0.868 0.73 -0.63 0.87
232 PR GY -8.60586 -0.868 -0.87 0.868 0.87
262 PR GY -8.60586 -0.868 -0.87 -0.63 0.87
284 TO 313 PR GY -8.60586 -0.868 -0.87 0.868 0.75
314 PR GY -8.60586 -0.868 -0.87 -0.63 0.75
282 PR GY -97.5 0.686 -0.76
282 PR GY -97.5 0.686 0.24
334 PR GY -97.5 0.686 -0.5
334 PR GY -97.5 0.686 0.5
280 PR GY -97.5 0.622 -0.76
280 PR GY -97.5 0.622 0.24
332 PR GY -97.5 0.622 -0.5
332 PR GY -97.5 0.622 0.5
277 PR GY -97.5 -0.17 -0.76
277 PR GY -97.5 -0.17 0.24
329 PR GY -97.5 -0.17 -0.5
329 PR GY -97.5 -0.17 0.5
276 PR GY -97.5 -0.234 -0.76
276 PR GY -97.5 -0.234 0.24
328 PR GY -97.5 -0.234 -0.5
328 PR GY -97.5 -0.234 0.5
**LOAD 26 BS5400: ULS BS5400_GEN_LOAD N39: React FY +ve
ELEMENT LOAD
253 TO 280 PR GY -8.62846
200 PR GY -8.62846 0.278 0.73 0.868 0.87
201 TO 228 230 PR GY -8.62846 -0.868 0.73 0.868 0.87
252 PR GY -8.62846 0.278 -0.87 0.868 0.87
282 PR GY -8.62846 -0.868 -0.87 0.868 0.87
304 PR GY -8.62846 0.278 -0.87 0.868 0.75
305 TO 332 334 PR GY -8.62846 -0.868 -0.87 0.868 0.75
238 PR GY -97.5 -0.418 -0.76
238 PR GY -97.5 -0.418 0.24
290 PR GY -97.5 -0.418 -0.5
290 PR GY -97.5 -0.418 0.5
237 PR GY -97.5 -0.482 -0.76
237 PR GY -97.5 -0.482 0.24
289 PR GY -97.5 -0.482 -0.5
289 PR GY -97.5 -0.482 0.5
233 PR GY -97.5 0.462 -0.76
233 PR GY -97.5 0.462 0.24
285 PR GY -97.5 0.462 -0.5
285 PR GY -97.5 0.462 0.5
232 PR GY -97.5 0.398 -0.76
232 PR GY -97.5 0.398 0.24
284 PR GY -97.5 0.398 -0.5
284 PR GY -97.5 0.398 0.5
**LOAD 29 BS5400: ULS BS5400_GEN_LOAD N42: React FY +ve
ELEMENT LOAD
233 TO 260 PR GY -8.62862
180 TO 208 PR GY -8.62862 -0.868 0.73 0.868 0.87
209 PR GY -8.62862 -0.868 0.73 -0.278 0.87
232 PR GY -8.62862 -0.868 -0.87 0.868 0.87
261 PR GY -8.62862 -0.868 -0.87 -0.278 0.87
284 TO 312 PR GY -8.62862 -0.868 -0.87 0.868 0.75
313 PR GY -8.62862 -0.868 -0.87 -0.278 0.75
282 PR GY -97.5 -0.398 -0.76
282 PR GY -97.5 -0.398 0.24
334 PR GY -97.5 -0.398 -0.5
334 PR GY -97.5 -0.398 0.5
280 PR GY -97.5 -0.462 -0.76
280 PR GY -97.5 -0.462 0.24
332 PR GY -97.5 -0.462 -0.5
332 PR GY -97.5 -0.462 0.5
276 PR GY -97.5 0.482 -0.76
276 PR GY -97.5 0.482 0.24
328 PR GY -97.5 0.482 -0.5
328 PR GY -97.5 0.482 0.5
275 PR GY -97.5 0.418 -0.76
275 PR GY -97.5 0.418 0.24
327 PR GY -97.5 0.418 -0.5
327 PR GY -97.5 0.418 0.5
**LOAD 30 BS5400: ULS BS5400_GEN_LOAD N45: React FY +ve
ELEMENT LOAD
232 TO 280 PR GY -9.87356
180 TO 228 230 PR GY -9.87356 -0.868 0.73 0.868 0.87
282 PR GY -9.87356 -0.868 -0.87 0.868 0.87
284 TO 332 334 PR GY -9.87356 -0.868 -0.87 0.868 0.75
190 PR GY -18 0.093 0.73
242 PR GY -18 0.093 -0.621
242 PR GY -18 0.093 -0.232
242 PR GY -18 0.093 0.157
242 PR GY -18 0.093 0.546
294 PR GY -18 0.093 -0.806
294 PR GY -18 0.093 -0.417
294 PR GY -18 0.093 -0.028
294 PR GY -18 0.093 0.361
294 PR GY -18 0.093 0.75
**LOAD 33 BS5400: ULS BS5400_GEN_LOAD N53: React FY +ve
ELEMENT LOAD
232 TO 280 PR GY -9.87356
180 TO 228 230 PR GY -9.87356 -0.868 0.73 0.868 0.87
282 PR GY -9.87356 -0.868 -0.87 0.868 0.87
284 TO 332 334 PR GY -9.87356 -0.868 -0.87 0.868 0.75
217 PR GY -18 0.075 0.73
269 PR GY -18 0.075 -0.621
269 PR GY -18 0.075 -0.232
269 PR GY -18 0.075 0.157
269 PR GY -18 0.075 0.546
321 PR GY -18 0.075 -0.806
321 PR GY -18 0.075 -0.417
321 PR GY -18 0.075 -0.028
321 PR GY -18 0.075 0.361
321 PR GY -18 0.075 0.75
**LOAD 34 BS5400: ULS BS5400_GEN_LOAD N56: React FY +ve
ELEMENT LOAD
233 TO 280 PR GY -9.87706
180 PR GY -9.87706 -0.56 0.73 0.868 0.87
181 TO 228 230 PR GY -9.87706 -0.868 0.73 0.868 0.87
232 PR GY -9.87706 -0.56 -0.87 0.868 0.87
282 PR GY -9.87706 -0.868 -0.87 0.868 0.87
284 PR GY -9.87706 -0.56 -0.87 0.868 0.75
285 TO 332 334 PR GY -9.87706 -0.868 -0.87 0.868 0.75
191 PR GY -18 0.76 0.73
243 PR GY -18 0.76 -0.621
243 PR GY -18 0.76 -0.232
243 PR GY -18 0.76 0.157
243 PR GY -18 0.76 0.546
295 PR GY -18 0.76 -0.806
295 PR GY -18 0.76 -0.417
295 PR GY -18 0.76 -0.028
295 PR GY -18 0.76 0.361
295 PR GY -18 0.76 0.75
**LOAD 37 BS5400: ULS BS5400_GEN_LOAD N59: React FY +ve
ELEMENT LOAD
232 TO 280 PR GY -9.87706
180 TO 228 PR GY -9.87706 -0.868 0.73 0.868 0.87
230 PR GY -9.87706 -0.868 0.73 0.561 0.87
282 PR GY -9.87706 -0.868 -0.87 0.561 0.87
284 TO 332 PR GY -9.87706 -0.868 -0.87 0.868 0.75
334 PR GY -9.87706 -0.868 -0.87 0.561 0.75
218 PR GY -18 -0.76 0.73
270 PR GY -18 -0.76 -0.621
270 PR GY -18 -0.76 -0.232
270 PR GY -18 -0.76 0.157
270 PR GY -18 -0.76 0.546
322 PR GY -18 -0.76 -0.806
322 PR GY -18 -0.76 -0.417
322 PR GY -18 -0.76 -0.028
322 PR GY -18 -0.76 0.361
322 PR GY -18 -0.76 0.75
**LOAD 38 BS5400: ULS BS5400_GEN_LOAD N60: React FY +ve
ELEMENT LOAD
234 TO 280 PR GY -9.89857
181 PR GY -9.89857 -0.435 0.73 0.868 0.87
182 TO 228 230 PR GY -9.89857 -0.868 0.73 0.868 0.87
233 PR GY -9.89857 -0.435 -0.87 0.868 0.87
282 PR GY -9.89857 -0.868 -0.87 0.868 0.87
285 PR GY -9.89857 -0.435 -0.87 0.868 0.75
286 TO 332 334 PR GY -9.89857 -0.868 -0.87 0.868 0.75
194 PR GY -18 -0.844 0.73
246 PR GY -18 -0.844 -0.621
246 PR GY -18 -0.844 -0.232
246 PR GY -18 -0.844 0.157
246 PR GY -18 -0.844 0.546
298 PR GY -18 -0.844 -0.806
298 PR GY -18 -0.844 -0.417
298 PR GY -18 -0.844 -0.028
298 PR GY -18 -0.844 0.361
298 PR GY -18 -0.844 0.75
**LOAD 41 BS5400: ULS BS5400_GEN_LOAD N63: React FY +ve
ELEMENT LOAD
232 TO 279 PR GY -9.89856
180 TO 227 PR GY -9.89856 -0.868 0.73 0.868 0.87
228 PR GY -9.89856 -0.868 0.73 0.436 0.87
280 PR GY -9.89856 -0.868 -0.87 0.436 0.87
284 TO 331 PR GY -9.89856 -0.868 -0.87 0.868 0.75
332 PR GY -9.89856 -0.868 -0.87 0.436 0.75
215 PR GY -18 0.844 0.73
267 PR GY -18 0.844 -0.621
267 PR GY -18 0.844 -0.232
267 PR GY -18 0.844 0.157
267 PR GY -18 0.844 0.546
319 PR GY -18 0.844 -0.806
319 PR GY -18 0.844 -0.417
319 PR GY -18 0.844 -0.028
319 PR GY -18 0.844 0.361
319 PR GY -18 0.844 0.75
**LOAD 42 BS5400: ULS BS5400_GEN_LOAD N66: React FY +ve
ELEMENT LOAD
254 TO 274 PR GY -8.74872
201 PR GY -8.74872 -0.804 0.73 0.868 0.87
202 TO 222 PR GY -8.74872 -0.868 0.73 0.868 0.87
223 PR GY -8.74872 -0.868 0.73 0.171 0.87
253 PR GY -8.74872 -0.804 -0.87 0.868 0.87
275 PR GY -8.74872 -0.868 -0.87 0.171 0.87
305 PR GY -8.74872 -0.804 -0.87 0.868 0.75
306 TO 326 PR GY -8.74872 -0.868 -0.87 0.868 0.75
327 PR GY -8.74872 -0.868 -0.87 0.171 0.75
238 PR GY -97.5 0.236 -0.76
238 PR GY -97.5 0.236 0.24
290 PR GY -97.5 0.236 -0.5
290 PR GY -97.5 0.236 0.5
237 PR GY -97.5 0.172 -0.76
237 PR GY -97.5 0.172 0.24
289 PR GY -97.5 0.172 -0.5
289 PR GY -97.5 0.172 0.5
234 PR GY -97.5 -0.62 -0.76
234 PR GY -97.5 -0.62 0.24
286 PR GY -97.5 -0.62 -0.5
286 PR GY -97.5 -0.62 0.5
233 PR GY -97.5 -0.684 -0.76
233 PR GY -97.5 -0.684 0.24
285 PR GY -97.5 -0.684 -0.5
285 PR GY -97.5 -0.684 0.5
**LOAD 45 BS5400: ULS BS5400_GEN_LOAD N74: React FY +ve
ELEMENT LOAD
232 TO 260 PR GY -8.67719
180 TO 208 PR GY -8.67719 -0.868 0.73 0.868 0.87
209 PR GY -8.67719 -0.868 0.73 -0.696 0.87
261 PR GY -8.67719 -0.868 -0.87 -0.696 0.87
284 TO 312 PR GY -8.67719 -0.868 -0.87 0.868 0.75
313 PR GY -8.67719 -0.868 -0.87 -0.696 0.75
282 PR GY -97.5 -0.816 -0.76
282 PR GY -97.5 -0.816 0.24
334 PR GY -97.5 -0.816 -0.5
334 PR GY -97.5 -0.816 0.5
279 PR GY -97.5 0.856 -0.76
279 PR GY -97.5 0.856 0.24
331 PR GY -97.5 0.856 -0.5
331 PR GY -97.5 0.856 0.5
276 PR GY -97.5 0.064 -0.76
276 PR GY -97.5 0.064 0.24
328 PR GY -97.5 0.064 -0.5
328 PR GY -97.5 0.064 0.5
275 PR GY -97.5 -0 -0.76
275 PR GY -97.5 -0 0.24
327 PR GY -97.5 -0 -0.5
327 PR GY -97.5 -0 0.5
**LOAD 46 BS5400: ULS BS5400_GEN_LOAD N77: React FY +ve
ELEMENT LOAD
233 TO 279 PR GY -9.90495
180 PR GY -9.90495 -0.434 0.73 0.868 0.87
181 TO 227 PR GY -9.90495 -0.868 0.73 0.868 0.87
228 PR GY -9.90495 -0.868 0.73 0.326 0.87
232 PR GY -9.90495 -0.434 -0.87 0.868 0.87
280 PR GY -9.90495 -0.868 -0.87 0.326 0.87
284 PR GY -9.90495 -0.434 -0.87 0.868 0.75
285 TO 331 PR GY -9.90495 -0.868 -0.87 0.868 0.75
332 PR GY -9.90495 -0.868 -0.87 0.326 0.75
192 PR GY -18 0.826 0.73
244 PR GY -18 0.826 -0.621
244 PR GY -18 0.826 -0.232
244 PR GY -18 0.826 0.157
244 PR GY -18 0.826 0.546
296 PR GY -18 0.826 -0.806
296 PR GY -18 0.826 -0.417
296 PR GY -18 0.826 -0.028
296 PR GY -18 0.826 0.361
296 PR GY -18 0.826 0.75
**LOAD 49 BS5400: ULS BS5400_GEN_LOAD N80: React FY +ve
ELEMENT LOAD
234 TO 280 PR GY -9.90485
181 PR GY -9.90485 -0.335 0.73 0.868 0.87
182 TO 228 PR GY -9.90485 -0.868 0.73 0.868 0.87
230 PR GY -9.90485 -0.868 0.73 0.434 0.87
233 PR GY -9.90485 -0.335 -0.87 0.868 0.87
282 PR GY -9.90485 -0.868 -0.87 0.434 0.87
285 PR GY -9.90485 -0.335 -0.87 0.868 0.75
286 TO 332 PR GY -9.90485 -0.868 -0.87 0.868 0.75
334 PR GY -9.90485 -0.868 -0.87 0.434 0.75
217 PR GY -18 -0.826 0.73
269 PR GY -18 -0.826 -0.621
269 PR GY -18 -0.826 -0.232
269 PR GY -18 -0.826 0.157
269 PR GY -18 -0.826 0.546
321 PR GY -18 -0.826 -0.806
321 PR GY -18 -0.826 -0.417
321 PR GY -18 -0.826 -0.028
321 PR GY -18 -0.826 0.361
321 PR GY -18 -0.826 0.75
**LOAD 50 BS5400: ULS BS5400_GEN_LOAD N81: React FY +ve
ELEMENT LOAD
233 TO 280 PR GY -9.87418
180 PR GY -9.87418 -0.813 0.73 0.868 0.87
181 TO 228 230 PR GY -9.87418 -0.868 0.73 0.868 0.87
232 PR GY -9.87418 -0.813 -0.87 0.868 0.87
282 PR GY -9.87418 -0.868 -0.87 0.868 0.87
284 PR GY -9.87418 -0.813 -0.87 0.868 0.75
285 TO 332 334 PR GY -9.87418 -0.868 -0.87 0.868 0.75
196 PR GY -18 -0.712 0.73
248 PR GY -18 -0.712 -0.621
248 PR GY -18 -0.712 -0.232
248 PR GY -18 -0.712 0.157
248 PR GY -18 -0.712 0.546
300 PR GY -18 -0.712 -0.806
300 PR GY -18 -0.712 -0.417
300 PR GY -18 -0.712 -0.028
300 PR GY -18 -0.712 0.361
300 PR GY -18 -0.712 0.75
**LOAD 53 BS5400: ULS BS5400_GEN_LOAD N84: React FY +ve
ELEMENT LOAD
232 TO 280 PR GY -9.87418
180 TO 228 PR GY -9.87418 -0.868 0.73 0.868 0.87
230 PR GY -9.87418 -0.868 0.73 0.813 0.87
282 PR GY -9.87418 -0.868 -0.87 0.813 0.87
284 TO 332 PR GY -9.87418 -0.868 -0.87 0.868 0.75
334 PR GY -9.87418 -0.868 -0.87 0.813 0.75
213 PR GY -18 0.712 0.73
265 PR GY -18 0.712 -0.621
265 PR GY -18 0.712 -0.232
265 PR GY -18 0.712 0.157
265 PR GY -18 0.712 0.546
317 PR GY -18 0.712 -0.806
317 PR GY -18 0.712 -0.417
317 PR GY -18 0.712 -0.028
317 PR GY -18 0.712 0.361
317 PR GY -18 0.712 0.75
**LOAD 54 BS5400: ULS BS5400_GEN_LOAD N87: React FY +ve
ELEMENT LOAD
233 PR GY -97.5 0.356 -0.76
233 PR GY -97.5 0.356 0.24
285 PR GY -97.5 0.356 -0.5
285 PR GY -97.5 0.356 0.5
232 PR GY -97.5 0.292 -0.76
232 PR GY -97.5 0.292 0.24
284 PR GY -97.5 0.292 -0.5
284 PR GY -97.5 0.292 0.5
**LOAD 57 BS5400: ULS BS5400_GEN_LOAD N95: React FY +ve
ELEMENT LOAD
282 PR GY -97.5 -0.421 -0.76
282 PR GY -97.5 -0.421 0.24
334 PR GY -97.5 -0.421 -0.5
334 PR GY -97.5 -0.421 0.5
280 PR GY -97.5 -0.485 -0.76
280 PR GY -97.5 -0.485 0.24
332 PR GY -97.5 -0.485 -0.5
332 PR GY -97.5 -0.485 0.5
**LOAD 58 BS5400: ULS BS5400_GEN_LOAD N98: React FY +ve
ELEMENT LOAD
233 TO 280 PR GY -9.87381
180 PR GY -9.87381 -0.846 0.73 0.868 0.87
181 TO 228 230 PR GY -9.87381 -0.868 0.73 0.868 0.87
232 PR GY -9.87381 -0.846 -0.87 0.868 0.87
282 PR GY -9.87381 -0.868 -0.87 0.868 0.87
284 PR GY -9.87381 -0.846 -0.87 0.868 0.75
285 TO 332 334 PR GY -9.87381 -0.868 -0.87 0.868 0.75
196 PR GY -18 0.79 0.73
248 PR GY -18 0.79 -0.621
248 PR GY -18 0.79 -0.232
248 PR GY -18 0.79 0.157
248 PR GY -18 0.79 0.546
300 PR GY -18 0.79 -0.806
300 PR GY -18 0.79 -0.417
300 PR GY -18 0.79 -0.028
300 PR GY -18 0.79 0.361
300 PR GY -18 0.79 0.75
**LOAD 61 BS5400: ULS BS5400_GEN_LOAD N101: React FY +ve
ELEMENT LOAD
232 TO 280 PR GY -9.87383
180 TO 228 PR GY -9.87383 -0.868 0.73 0.868 0.87
230 PR GY -9.87383 -0.868 0.73 0.844 0.87
282 PR GY -9.87383 -0.868 -0.87 0.844 0.87
284 TO 332 PR GY -9.87383 -0.868 -0.87 0.868 0.75
334 PR GY -9.87383 -0.868 -0.87 0.844 0.75
213 PR GY -18 -0.79 0.73
265 PR GY -18 -0.79 -0.621
265 PR GY -18 -0.79 -0.232
265 PR GY -18 -0.79 0.157
265 PR GY -18 -0.79 0.546
317 PR GY -18 -0.79 -0.806
317 PR GY -18 -0.79 -0.417
317 PR GY -18 -0.79 -0.028
317 PR GY -18 -0.79 0.361
317 PR GY -18 -0.79 0.75
**LOAD 66 BS5400: ULS BS5400_GEN_LOAD N108: React FY +ve
ELEMENT LOAD
233 TO 280 PR GY -9.88418
180 PR GY -9.88418 0.059 0.73 0.868 0.87
181 TO 228 230 PR GY -9.88418 -0.868 0.73 0.868 0.87
232 PR GY -9.88418 0.059 -0.87 0.868 0.87
282 PR GY -9.88418 -0.868 -0.87 0.868 0.87
284 PR GY -9.88418 0.059 -0.87 0.868 0.75
285 TO 332 334 PR GY -9.88418 -0.868 -0.87 0.868 0.75
197 PR GY -18 0.856 0.73
249 PR GY -18 0.856 -0.621
249 PR GY -18 0.856 -0.232
249 PR GY -18 0.856 0.157
249 PR GY -18 0.856 0.546
301 PR GY -18 0.856 -0.806
301 PR GY -18 0.856 -0.417
301 PR GY -18 0.856 -0.028
301 PR GY -18 0.856 0.361
301 PR GY -18 0.856 0.75
**LOAD 69 BS5400: ULS BS5400_GEN_LOAD N116: React FY +ve
ELEMENT LOAD
233 TO 280 PR GY -9.88505
180 TO 228 PR GY -9.88505 -0.868 0.73 0.868 0.87
230 PR GY -9.88505 -0.868 0.73 -0.135 0.87
232 PR GY -9.88505 -0.868 -0.87 0.868 0.87
282 PR GY -9.88505 -0.868 -0.87 -0.135 0.87
284 TO 332 PR GY -9.88505 -0.868 -0.87 0.868 0.75
334 PR GY -9.88505 -0.868 -0.87 -0.135 0.75
212 PR GY -18 -0.856 0.73
264 PR GY -18 -0.856 -0.621
264 PR GY -18 -0.856 -0.232
264 PR GY -18 -0.856 0.157
264 PR GY -18 -0.856 0.546
316 PR GY -18 -0.856 -0.806
316 PR GY -18 -0.856 -0.417
316 PR GY -18 -0.856 -0.028
316 PR GY -18 -0.856 0.361
316 PR GY -18 -0.856 0.75
LOAD COMB 5 DL+HA+HB
1 1.0 2 1.0 3 1.0 4 1.0
LOAD COMB 6 1.15DL+1.3HA+1.3HB
1 1.15 2 1.3 3 1.3 4 1.3
PERFORM ANALYSIS
FINISH

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