space structure

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mohammadkh
Posts: 5
Joined: Sat Feb 06, 2016 10:07 am
Location: sahan university

space structure

Post by mohammadkh » Sun Apr 03, 2016 12:46 pm

Hello Dear friends
I am working on the seismic behavior of space structures. Which material is the best for modeling of space members? I have modeled a space structure with EPPGAP using element coroTruss. After analyzing, I deal with the following warning . In the article which I want to verify the analysis was done till 10sec but my analysis can run till 6sec.
My results have good agreement till 6 sec.After 6 sec I face this error. Please give more information about solving this problem.
The member 's behavior is in table1.
In addition to, there is not any information about the software which they published.
wARNING: CTestEnergyIncr::test() - failed to converge but goin on - current Ener
gyIncr: 0.0110304 (max: 1e-005)
Norm deltaX: 5.11523e-005, Norm deltaR: 528.187
WARNING: CTestEnergyIncr::test() - failed to converge but goin on - current Ener
gyIncr: 6.09833e-005 (max: 1e-005)
Norm deltaX: 4.06164e-006, Norm deltaR: 38.4041
table 1.the member s behaviour
0.01000 21000000.00000
0.00300 21000000.00000
0.00000 0.00000
-0.00001 -75302.10843
-0.00002 -150604.81928
-0.00242 -16787680.72289
-0.00243 -16837500.00000
-0.00244 -16802620.48193
-0.00244 -16752168.67470
-0.00244 -16675451.80723
-0.00253 -13817710.84337
-0.00254 -13740391.56627
-0.00255 -13664307.22892
-0.00256 -13589367.46988
-0.00340 -11008975.90361
-0.00374 -10402469.87952
-0.00377 -10355090.36145
-0.00480 -8936054.21687
-0.00484 -8895060.24096

wipe all ;
model basic -ndm 3 -ndf 3 ;

node 401 0. 0. 8.
node 402 0. 0. 6.
node 403 2. 0. 8.
node 404 2. 0. 6.
node 405 4. 0. 8.
node 406 4. 0. 6.
node 407 6. 0. 8.
node 408 6. 0. 6.
node 409 8. 0. 8.
node 410 8. 0. 6.
node 411 10. 0. 8.
node 412 10. 0. 6.
node 413 0. 0. 4.
node 414 2. 0. 4.
node 415 4. 0. 4.
node 416 6. 0. 4.
node 417 8. 0. 4.
node 418 10. 0. 4.
node 419 0. 0. 2.
node 420 2. 0. 2.
node 421 4. 0. 2.
node 422 6. 0. 2.
node 423 8. 0. 2.
node 424 10. 0. 2.
node 425 0. 0. 0.
node 426 2. 0. 0.
node 427 4. 0. 0.
node 428 6. 0. 0.
node 429 8. 0. 0.
node 430 10. 0. 0.
node 431 1. 1. 7.
node 432 1. 1 5
node 433 3. 1. 7.
node 434 3. 1. 5.
node 435 5. 1. 7.
node 436 5. 1. 5.
node 437 7. 1. 7.
node 438 7. 1. 5.
node 439 9. 1. 7.
node 440 9. 1. 5.
node 441 1. 1. 3.
node 442 3. 1. 3.
node 443 5. 1. 3.
node 444 7. 1. 3.
node 445 9. 1. 3.
node 446 1. 1. 1.
node 447 3. 1. 1.
node 448 5. 1. 1.
node 449 7. 1. 1.
node 450 9. 1. 1.
node 451 0. 2. 8.
node 452 2. 2. 8.
node 453 0. 4. 8.
node 454 2. 4. 8.
node 455 0. 6. 8.
node 456 2. 6. 8.
node 457 0. 8. 8.
node 458 2. 8. 8.
node 459 0. 10. 8.
node 460 2. 10. 8.
node 461 4. 2. 8.
node 462 4. 4. 8.
node 463 4. 6. 8.
node 464 4. 8. 8.
node 465 4. 10. 8.
node 466 6. 2. 8.
node 467 6. 4. 8.
node 468 6. 6. 8.
node 469 6. 8. 8.
node 470 6. 10. 8.
node 471 8. 2. 8.
node 472 8. 4. 8.
node 473 8. 6. 8.
node 474 8. 8. 8.
node 475 8. 10. 8.
node 476 10. 2. 8.
node 477 10. 4. 8.
node 478 10. 6. 8.
node 479 10. 8. 8.
node 480 10. 10. 8.
node 481 1. 3. 7.
node 482 3. 3. 7.
node 483 1. 5. 7.
node 484 3. 5. 7.
node 485 1. 7. 7.
node 486 3. 7. 7.
node 487 1. 9. 7
node 488 3. 9. 7.
node 489 5. 3. 7.
node 490 5. 5. 7.
node 491 5. 7. 7.
node 492 5. 9. 7.
node 493 7. 3. 7.
node 494 7. 5. 7.
node 495 7. 7. 7.
node 496 7. 9. 7.
node 497 9. 3. 7.
node 498 9. 5. 7.
node 499 9. 7. 7.
node 500 9. 9. 7.
node 1 1. 1. 0.
node 2 5. 1. 0.
node 3 7. 1. 0.
node 4 9. 1. 0.
node 5 3. 1. 0.
fix 1 1 1 1
fix 2 1 1 1
fix 3 1 1 1
fix 4 1 1 1
fix 5 1 1 1
fix 425 1 1 1
fix 426 1 1 1
fix 427 1 1 1
fix 428 1 1 1
fix 429 1 1 1
fix 430 1 1 1

fix 487 0 1 1
fix 488 0 1 1
fix 492 0 1 1
fix 496 0 1 1
fix 500 0 1 1
#chord
uniaxialMaterial ElasticPPGap 1 7000000000. 21000000. 0.0 0.0
uniaxialMaterial ElasticPPGap 2 7000000000. -16837500. -0.0000000001 -0.358
uniaxialMaterial Parallel 3 1 2

uniaxialMaterial ElasticPPGap 4 7000000000. 21000000. 0.0 0.0
uniaxialMaterial ElasticPPGap 5 7000000000. -8325074. -0.0000000001 -0.391
uniaxialMaterial Parallel 6 4 5

uniaxialMaterial ElasticPPGap 7 7000000000. 21000000. 0.0 0.0
uniaxialMaterial ElasticPPGap 8 7000000000. -8991473. -0.0000000001 -0.354
uniaxialMaterial Parallel 9 7 8


### Two following materials are correct.
#uniaxialMaterial Elastic 3 7000000000.
#uniaxialMaterial Elastic 6 7000000000.
#uniaxialMaterial Elastic 9 7000000000.
#
#uniaxialMaterial Steel02 3 21000000. 7000000000. 0.0 20. 0.925 0.15
#uniaxialMaterial Steel02 6 21000000. 7000000000. 0.0 20. 0.925 0.15
#uniaxialMaterial Steel02 9 21000000. 7000000000. 0.0 20. 0.925 0.15

#uniaxialMaterial MultiLinear $matTag $u1 $f1 $u2 $f2 $u3 $f3 $u4 $f4

#uniaxialMaterial MultiLinear 1 0.003 21000000. 0.005 21000000.
#uniaxialMaterial ElasticPPGap 2 7000000000. -16837500. -0.00001 -0.358
#uniaxialMaterial Parallel 3 1 2
#
#uniaxialMaterial MultiLinear 4 0.003 21000000. 0.005 21000000.
#uniaxialMaterial ElasticPPGap 5 7000000000. -8325074. -0.00001 -0.391
#uniaxialMaterial Parallel 6 4 5
#
#
#uniaxialMaterial MultiLinear 7 0.003 21000000. 0.005 21000000.
#uniaxialMaterial ElasticPPGap 8 7000000000. -8991473. -0.00001 -0.354
#uniaxialMaterial Parallel 9 7 8
#
puts "end of mat"

element corotTruss 1 1 446 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 2 5 447 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 3 2 448 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 4 3 449 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 5 4 450 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 6 401 402 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 7 401 403 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 8 403 404 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 9 403 405 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 10 405 406 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 11 405 407 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 12 407 408 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 13 407 409 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 14 409 410 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 15 409 411 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 16 411 412 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 17 402 413 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 18 402 404 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 19 404 414 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 20 404 406 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 21 406 415 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 22 406 408 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 23 408 416 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 24 408 410 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 25 410 417 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 26 410 412 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 27 412 418 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 28 413 419 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 29 413 414 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 30 414 420 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 31 414 415 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 32 415 421 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 33 415 416 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 34 416 422 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 35 416 417 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 36 417 423 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 37 417 418 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 38 418 424 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 39 419 425 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 40 419 420 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 41 420 426 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 42 420 421 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 43 421 427 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 44 421 422 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 45 422 428 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 46 422 423 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 47 423 429 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 48 423 424 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 49 424 430 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 50 425 426 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 51 426 427 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 52 427 428 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 53 428 429 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 54 429 430 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 55 431 432 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 56 431 433 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 57 433 434 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 58 433 435 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 59 435 436 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 60 435 437 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 61 437 438 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 62 437 439 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 63 439 440 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 64 432 441 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 65 432 434 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 66 434 442 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 67 434 436 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 68 436 443 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 69 436 438 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 70 438 444 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 71 438 440 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 72 440 445 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 73 441 446 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 74 441 442 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 75 442 447 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 76 442 443 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 77 443 448 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 78 443 444 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 79 444 449 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 80 444 445 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 81 445 450 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 82 446 447 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 83 447 448 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 84 448 449 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 85 449 450 3.32E-03 3 -rho 8.9748 -doRayleigh 1


element corotTruss 86 401 431 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 87 402 431 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 88 404 431 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 89 403 431 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 90 403 433 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 91 404 433 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 92 406 433 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 93 405 433 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 94 405 435 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 95 406 435 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 96 408 435 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 97 407 435 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 98 407 437 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 99 408 437 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 100 410 437 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 101 409 437 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 102 409 439 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 103 410 439 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 104 412 439 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 105 411 439 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 106 402 432 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 107 413 432 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 108 414 432 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 109 404 432 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 110 404 434 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 111 414 434 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 112 415 434 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 113 406 434 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 114 406 436 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 115 415 436 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 116 416 436 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 117 408 436 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 118 408 438 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 119 416 438 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 120 417 438 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 121 410 438 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 122 410 440 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 123 417 440 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 124 418 440 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 125 412 440 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 126 413 441 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 127 419 441 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 128 420 441 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 129 414 441 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 130 414 442 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 131 420 442 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 132 421 442 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 133 415 442 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 134 415 443 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 135 421 443 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 136 422 443 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 137 416 443 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 138 416 444 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 139 422 444 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 140 423 444 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 141 417 444 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 142 417 445 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 143 423 445 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 144 424 445 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 145 418 445 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 146 419 446 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 147 425 446 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 148 426 446 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 149 420 446 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 150 420 447 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 151 426 447 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 152 427 447 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 153 421 447 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 154 421 448 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 155 427 448 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 156 428 448 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 157 422 448 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 158 422 449 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 159 428 449 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 160 429 449 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 161 423 449 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 162 423 450 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 163 429 450 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 164 430 450 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 165 424 450 9.3E-04 9 -rho 2.511 -doRayleigh 1
element corotTruss 166 401 451 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 167 451 452 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 168 451 453 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 169 453 454 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 170 453 455 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 171 455 456 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 172 455 457 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 173 457 458 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 174 457 459 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 175 459 460 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 176 403 452 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 177 452 461 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 178 452 454 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 179 454 462 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 180 454 456 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 181 456 463 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 182 456 458 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 183 458 464 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 184 458 460 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 185 460 465 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 186 405 461 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 187 461 466 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 188 461 462 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 189 462 467 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 190 462 463 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 191 463 468 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 192 463 464 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 193 464 469 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 194 464 465 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 195 465 470 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 196 407 466 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 197 466 471 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 198 466 467 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 199 467 472 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 200 467 468 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 201 468 473 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 202 468 469 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 203 469 474 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 204 469 470 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 205 470 475 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 206 409 471 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 207 471 476 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 208 471 472 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 209 472 477 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 210 472 473 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 211 473 478 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 212 473 474 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 213 474 479 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 214 474 475 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 215 475 480 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 216 411 476 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 217 476 477 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 218 477 478 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 219 478 479 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 220 479 480 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 221 431 481 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 222 481 482 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 223 481 483 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 224 483 484 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 225 483 485 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 226 485 486 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 227 485 487 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 228 487 488 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 229 433 482 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 230 482 489 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 231 482 484 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 232 484 490 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 233 484 486 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 234 486 491 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 235 486 488 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 236 488 492 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 237 435 489 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 238 489 493 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 239 489 490 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 240 490 494 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 241 490 491 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 242 491 495 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 243 491 492 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 244 492 496 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 245 437 493 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 246 493 497 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 247 493 494 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 248 494 498 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 249 494 495 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 250 495 499 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 251 495 496 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 252 496 500 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 253 439 497 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 254 497 498 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 255 498 499 3.32E-03 3 -rho 8.9748 -doRayleigh 1
element corotTruss 256 499 500 3.32E-03 3 -rho 8.9748 -doRayleigh 1

element corotTruss 257 452 431 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 258 451 431 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 259 451 481 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 260 452 481 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 261 454 481 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 262 453 481 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 263 453 483 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 264 454 483 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 265 456 483 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 266 455 483 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 267 455 485 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 268 456 485 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 269 458 485 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 270 457 485 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 271 457 487 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 272 458 487 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 273 460 487 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 274 459 487 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 275 461 433 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 276 452 433 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 277 452 482 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 278 461 482 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 279 462 482 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 280 454 482 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 281 454 484 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 282 462 484 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 283 463 484 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 284 456 484 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 285 456 486 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 286 463 486 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 287 464 486 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 288 458 486 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 289 458 488 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 290 464 488 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 291 465 488 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 292 460 488 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 293 466 435 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 294 461 435 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 295 461 489 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 296 466 489 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 297 467 489 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 298 462 489 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 299 462 490 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 300 467 490 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 301 468 490 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 302 463 490 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 303 463 491 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 304 468 491 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 305 469 491 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 306 464 491 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 307 464 492 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 308 469 492 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 309 470 492 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 310 465 492 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 311 471 437 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 312 466 437 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 313 466 493 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 314 471 493 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 315 472 493 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 316 467 493 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 317 467 494 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 318 472 494 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 319 473 494 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 320 468 494 13.4E-04 6 -rho 3.618 -doRayleigh 1

element corotTruss 321 468 495 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 322 473 495 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 323 474 495 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 324 469 495 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 325 469 496 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 326 474 496 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 327 475 496 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 328 470 496 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 329 476 439 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 330 471 439 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 331 471 497 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 332 476 497 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 333 477 497 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 334 472 497 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 335 472 498 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 336 477 498 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 337 478 498 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 338 473 498 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 339 473 499 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 340 478 499 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 341 479 499 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 342 474 499 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 343 474 500 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 344 479 500 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 345 480 500 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 346 475 500 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 347 1 425 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 348 1 426 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 349 1 5 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 350 5 426 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 351 5 427 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 352 5 2 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 353 2 427 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 354 2 428 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 355 2 3 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 356 3 428 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 357 3 429 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 358 3 4 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 359 4 429 13.4E-04 6 -rho 3.618 -doRayleigh 1
element corotTruss 360 4 430 13.4E-04 6 -rho 3.618 -doRayleigh 1
puts "end of element"

eigen 5

#recorder display space 200 60 1000 600 -wipe
#vup 0 0 1
#vpn 0 -1 0
#vrp 4 16 1
#prp -230. -100. -190.
#viewWindow -5 4 5 10.
#display -5 2 60
#after 300
#
#set pi 3.1415
#set a [eigen 5]
#set w12 [lindex $a 0]
###set w22 [lindex $a 1]
#####set w32 [lindex $a 2]
######set w42 [lindex $a 3]
#######set w52 [lindex $a 4]
#######
#set w1 [expr pow ($w12 , 0.5)]
###set w2 [expr pow ($w22 , 0.5)]
#####set w3 [expr pow ($w32 , 0.5)]
#######set w4 [expr pow ($w42 , 0.5)]
#########set w5 [expr pow ($w52 , 0.5)]
########
#set T1 [expr (2*$pi)/$w1]
###set T2 [expr (2*$pi)/$w2]
#####set T3 [expr (2*$pi)/$w3]
########set T4 [expr (2*$pi)/$w4]
#########set T5 [expr (2*$pi)/$w5]
########
#puts "T1 = $T1"
###puts "T2 = $T2"
####puts "T3 = $T3"
######puts "T4 = $T4"
###puts "T5 = $T5"

wipeAnalysis ;
constraints Transformation ;
numberer RCM ;
system SparseGeneral ;
test EnergyIncr 1.E-5 25 ;
algorithm ModifiedNewton ;
integrator LoadControl 0.01 ;
analysis Static ;
analyze 100 ;
loadConst -time 0.0 ;

puts "end of analysis"
#
#set alpha [expr ((2*0.02*$w1*$w3)/($w1+$w3))]
#set beta [expr ((2*.02)/($w1+$w3))]
#puts "alpha =$alpha"
#puts "beta =$beta"
##
puts "end of recorder"
set g 9.806

--------------------------------------------------------
-----------------------------------------



for { set i 8 } { $i <=8. } { incr i 1 } {;
set j [expr (0.1*$i)]


wipeAnalysis

source model.Tcl

set filename "IDA/$j"
file mkdir $filename
recorder Node -file $filename/disp.txt -node 401 -dof 1 disp

set accelX "Series -dt 0.02 -filePath koben.txt -factor [expr ($j*$g)]"

pattern UniformExcitation 2 1 -accel $accelX

rayleigh 0.603 0. 0. 0.0005106

constraints Transformation ;
numberer RCM ;
system BandGeneral ;
test EnergyIncr 1.e-5 250 5;
algorithm ModifiedNewton ;
integrator HHT 0.5 ;
analysis Transient ;
analyze 600 0.02 ;


recorder display space 180 60 900 600 -wipe
vup 0 0 1
vpn 0 -1 0
vrp 5 -5 -1
prp -3000. 600. -600.
viewWindow -4 10 1 12
display 1 2 400
after 3000
};

fmk
Site Admin
Posts: 5866
Joined: Fri Jun 11, 2004 2:33 pm
Location: UC Berkeley
Contact:

Re: space structure

Post by fmk » Tue Apr 05, 2016 9:40 am

i suggest you rewrite the analysis part o the script to try different things if an analysis fails. look at the example code:

http://opensees.berkeley.edu/wiki/index ... ple3.3.tcl

mohammadkh
Posts: 5
Joined: Sat Feb 06, 2016 10:07 am
Location: sahan university

Re: space structure

Post by mohammadkh » Wed Apr 06, 2016 3:04 am

Thanks alot dear fmk

mohammadkh
Posts: 5
Joined: Sat Feb 06, 2016 10:07 am
Location: sahan university

Re: space structure

Post by mohammadkh » Wed Apr 06, 2016 8:16 am

dear fmk
I tried different way for analysing but again I can't find any convergence in my model. what can I do?
Please help me.
kinds kheirollahi

Post Reply