SISMO CON DEPÓSITO LLENO DE FLUIDO

Hola a todos!

Soy nuevo en el foro

Estoy simulando con STAAD Pro un equipo por el que entre un fluido por su parte superior y sale por la inferior, pero tengo que el caso en que se quede atascado, aplicando sismo según Eurocódigo 8.

Genero el caso de carga de sismo en X, Y y Z (por este orden) y meto el espectro de respuesta para cada caso. Además, meto la carga de peso propio y el empuje hidrostático sobre las paredes en Sismo X (que automáticamente toman Sismo Y y Sismo Z).

Pero los resultados que me dan de sismo son ridículos. Creo que no estoy simulando bien el fluido para el sismo porque creo que los empujes sobre caras opuestas hacen suma nula. En vez del empuje hidrostático en todas las paredes, ¿debería hacer un Sismo +X con una fuerza en -X en la pared que opuesta al sentido del sismo y lo mismo para Sismo en -X, Sismo en +Z y sismo en -Z?

Muchas gracias por los comentarios, 

  • STAAD SPACE DXF IMPORT OF PLANTILLA DIVERTER 01.DXF
    START JOB INFORMATION
    ENGINEER DATE 24-Apr-18
    END JOB INFORMATION
    INPUT WIDTH 79
    UNIT METER KN
    JOINT COORDINATES
    1 0.515 0.1 -0.02; 2 0.568846 0.1 -0.02; 3 0.515 0 -0.02; 4 0.47 0 -0.02;
    5 0.62 0.275 -0.02; 6 0.62 0.195 -0.02; 7 0.47 0.195 -0.02; 8 0.47 0.275 -0.02;
    9 0.085 0.1 0.33; 10 0.625 0.1 0.33; 11 0.515 0.1 0.43; 12 0.085 0 0.047;
    13 0.085 1e-16 0.613; 14 0 1e-16 0.66; 15 0.6 1e-16 0.66; 16 0.6 0 0; 17 0 0 0;
    18 0.515 1e-16 0.613; 19 0.515 0 0.047; 20 0.484333 0 0.6365;
    21 0.085 0.1 0.43; 22 0.085 0.1 0.23; 23 0.199776 0.363964 0.429967;
    24 0.147764 0.355951 0.453755; 25 0.199776 0.363964 0.230033;
    26 0.147764 0.355951 0.206245; 27 0.149174 0.363951 0.230033;
    28 0.149174 0.363951 0.429967; 29 0.138835 0.305315 0.223274;
    30 0.085 0 0.223274; 32 0.138835 0.305315 0.436726; 33 0.085 2e-16 0.436726;
    34 0.199776 0.454771 0.230033; 35 0.199776 0.455 0.429967;
    37 0.461165 0.305315 0.223274; 38 0.515 1e-16 0.223274;
    39 0.450823 0.363964 0.230033; 41 0.452236 0.355951 0.206245;
    42 0.450823 0.355951 0.206245; 43 0.400224 0.363964 0.230033;
    44 0.400224 0.455 0.230033; 46 0.400224 0.454771 0.429967;
    48 0.461165 0.305315 0.436726; 50 0.515 2e-16 0.436726;
    51 0.450823 0.363951 0.429967; 52 0.400224 0.363964 0.429967;
    53 0.452236 0.355951 0.453755; 57 0.515 0.195 -0.02; 58 0.515 0.195 0.085;
    59 0.0937223 0.0494664 0.33; 60 0.506278 0.0494664 0.33;
    61 0.0937223 0.0494664 0.436726; 62 0.0937223 0.0494664 0.223274;
    63 0.0978574 0.0729178 0.33; 65 0.515 1e-16 0.359; 68 0.515 0 0.301;
    69 0.085 0 0.301; 70 0.085 0 0.359; 71 0.6 0 0.047; 72 0 0 0.047;
    73 0 1e-16 0.613; 74 0.6 1e-16 0.613; 75 0.107408 0.127082 0.33;
    76 0.138835 0.305315 0.33; 77 0.506278 0.0494664 0.223274;
    78 0.502143 0.0729178 0.33; 79 0.492592 0.127082 0.33;
    80 0.461165 0.305315 0.33; 81 0.506278 0.0494664 0.436726;
    82 0.120734 0.202658 0.495996; 83 0.479266 0.202658 0.495996;
    84 0.0937223 0.0494664 0.584441; 85 0.506278 0.0494664 0.584441;
    86 0.0937223 0.0494664 0.0755594; 87 0.506278 0.0494664 0.0755594;
    88 0.120734 0.202658 0.436726; 89 0.120734 0.202658 0.33;
    90 0.106009 0.11915 0.349445; 91 0.102633 0.1 0.3575; 92 0.102633 0.1 0.436726;
    93 0.099256 0.08085 0.349445; 94 0.106009 0.11915 0.310555;
    95 0.120734 0.202658 0.223274; 96 0.102633 0.1 0.3025;
    97 0.102633 0.1 0.223274; 98 0.099256 0.08085 0.310555;
    99 0.120734 0.202658 0.164004; 100 0.479266 0.202658 0.436726;
    101 0.497367 0.1 0.436726; 102 0.500744 0.08085 0.310555;
    103 0.497367 0.1 0.3025; 104 0.497367 0.1 0.223274;
    105 0.493991 0.11915 0.310555; 106 0.479266 0.202658 0.223274;
    107 0.479266 0.202658 0.33; 108 0.479266 0.202658 0.164004;
    109 0.497367 0.1 0.3575; 110 0.493991 0.11915 0.349445;
    111 0.500744 0.08085 0.349445; 112 0.5765 0 0.6365; 113 0.392167 0 0.6365;
    114 0.115667 0 0.6365; 115 0.0235 0 0.6365; 116 0.207833 0 0.6365;
    117 0.484333 0 0.0235; 119 0.5765 0 0.0235; 120 0.392167 0 0.0235;
    121 0.115667 0 0.0235; 123 0.0235 0 0.0235; 124 0.207833 0 0.0235;
    125 0.3 0.0494664 0.0755594; 126 0.3 0 0.047; 127 0.3 0.0494664 0.584441;
    129 0.484333 0 0; 130 0.6 0 0.223274; 131 0 0 0.223274; 133 0 1e-16 0.436726;
    136 0.115667 0 0.66; 137 0.3 0 0.66; 138 0.3 0 0.613; 139 0.484333 0 0.66;
    142 0.6 1e-16 0.436726; 143 0.3 0 0; 144 0.115667 0 0; 145 0.515 0.1 0.33;
    146 0.085 0.1 0.28; 147 0.085 0.1 0.38; 148 0.515 0.1 0.38;
    149 0.515 0.1 0.28625; 150 0.515 0.1 0.2425; 151 0.515 0.1 0.19875;
    152 0.515 0.1 0.155; 153 0.515 0.1 0.11125; 154 0.515 0.1 0.0675;
    155 0.515 0.1 0.02375; 156 0.515 7.5e-17 0.179206; 157 0.515 5e-17 0.135137;
    158 0.515 2.5e-17 0.0910685; 159 0.515 0 -6.93889e-18; 160 0.515 0 0.0235;
    162 0.497367 0.1 0.104735; 163 0.497367 0.1 0.164004;
    164 0.3 0.454886 0.429967; 165 0.199776 0.454886 0.33;
    166 0.3 0.454886 0.230033; 167 0.400224 0.454886 0.33; 170 0.392167 0 0.613;
    171 0.392167 0 0; 172 0.392167 0 0.66; 173 0.392167 0 0.047;
    174 0.207833 0 0.613; 175 0.207833 0 0; 176 0.207833 0 0.66;
    177 0.207833 0 0.047; 178 0.6 0 0.179206; 179 0.6 0 0.135137;
    180 0.6 0 0.0910685; 181 0.506278 0.0494664 0.186345;
    182 0.506278 0.0494664 0.149417; 183 0.506278 0.0494664 0.112488;
    184 0.62 0.235 -0.02;
    MEMBER INCIDENCES
    9 145 9; 11 148 11; 21 147 21; 309 46 164; 310 35 165; 311 34 166; 312 44 167;
    313 10 145; 314 149 145; 315 146 9; 316 22 146; 317 9 147; 330 145 148;
    331 150 149; 332 151 150; 333 152 151; 334 153 152; 335 154 153; 336 155 154;
    337 1 155; 389 164 35; 390 165 34; 391 166 44; 392 167 46;
    ELEMENT INCIDENCES SHELL
    186 17 72 123; 187 144 17 123 121; 188 121 123 72 12; 189 12 72 131 30;
    190 30 131 69; 191 69 131 133 70; 192 70 133 33; 193 33 133 73 13;
    194 73 14 115; 195 13 73 115 114; 196 114 115 14 136; 199 138 116 137 113;
    202 20 139 15 112; 203 112 15 74; 204 20 112 74 18; 205 18 74 142 50;
    206 50 142 65; 207 65 142 130 68; 208 68 130 38; 210 71 16 119;
    215 120 143 124 126; 220 86 12 30 62; 221 62 30 69 59; 222 59 69 70;
    223 61 59 70 33; 224 33 13 84 61; 225 86 62 97; 226 97 62 98 96;
    227 98 62 59 63; 228 63 59 61 93; 229 91 93 61 92; 230 92 61 84;
    231 99 86 97 95; 232 95 97 96 94; 233 94 75 89 95; 234 89 75 90 88;
    235 90 91 92 88; 236 88 92 84 82; 237 29 99 95; 238 29 95 89 76;
    239 76 89 88 32; 240 32 88 82; 241 27 26 29; 243 28 32 24; 244 85 18 50 81;
    245 81 50 65 60; 246 60 65 68; 247 60 68 38 77; 249 101 85 81;
    250 101 81 111 109; 251 111 81 60 78; 252 78 60 77 102; 253 102 77 104 103;
    255 83 85 101 100; 256 100 101 109 110; 257 110 79 107 100; 258 107 79 105 106;
    259 106 105 103 104; 261 48 83 100; 262 48 100 107 80; 263 80 107 106 37;
    264 37 106 108; 265 51 53 48; 266 51 48 80; 267 80 39 51; 268 39 80 37;
    269 41 39 37; 270 27 29 76; 271 76 28 27; 272 76 32 28; 275 82 84 127;
    276 127 83 82; 277 83 127 85; 278 32 82 83 48; 279 24 32 48 53; 283 108 125 99;
    284 99 125 86; 285 37 108 99 29; 286 42 37 29 26; 287 28 24 23;
    288 23 24 53 52; 290 51 52 53; 292 52 51 39 43; 293 43 39 42; 294 43 42 26 25;
    296 25 26 27; 297 25 27 28 23; 299 59 70 65 60; 300 60 68 69 59; 301 57 58 6;
    302 7 4 1; 304 7 1 57; 305 57 1 2 6; 306 8 7 57; 318 22 30 146; 319 146 30 69;
    320 9 146 69; 321 69 147 9; 322 69 70 147; 323 147 70 33; 324 33 21 147;
    325 146 96 97 22; 326 21 92 91 147; 327 96 146 9; 328 9 91 96; 329 91 9 147;
    343 11 50 65; 344 65 148 11; 345 65 145 148; 346 65 68 145; 347 145 68 38;
    348 38 149 145; 349 38 150 149; 350 38 151 150; 351 38 156 151;
    352 156 157 151; 353 157 152 151; 354 157 158 152; 355 152 158 153;
    356 153 158 19; 357 19 154 153; 358 19 155 154; 359 155 1 57 58;
    361 159 3 1 155; 362 160 117 19; 363 117 160 159 129; 364 19 71 119 160;
    365 160 119 16 159; 366 155 19 160; 367 155 160 159; 368 1 4 3; 369 1 3 2;
    376 109 101 11 148; 377 109 148 145; 378 103 109 145; 379 103 145 149;
    380 149 150 104 103; 381 104 150 151; 384 151 152 163 104; 385 152 153 162 163;
    386 106 104 163; 387 163 108 106; 388 163 162 108; 393 34 25 165;
    394 165 25 23; 395 23 35 165; 396 35 23 164; 397 164 23 52; 398 52 46 164;
    399 46 52 167; 400 167 52 43; 401 43 44 167; 402 166 44 43; 403 166 43 25;
    404 25 34 166; 407 113 137 172; 408 113 170 138; 411 113 172 139 20;
    412 20 18 170 113; 415 116 137 176; 416 116 174 138; 419 116 176 136 114;
    420 114 13 174 116; 423 84 13 174 127; 424 127 170 18 85; 425 127 174 138;
    426 127 138 170; 427 120 143 171; 428 120 173 126; 429 120 171 129 117;
    430 117 19 173 120; 431 124 143 175; 432 124 177 126; 433 124 175 144 121;
    434 121 12 177 124; 435 86 12 177 125; 436 125 173 19 87; 437 125 177 126;
    438 125 126 173; 439 38 130 178 156; 440 156 178 179 157; 441 157 179 180 158;
    442 158 180 71 19; 443 77 38 156 181; 444 181 156 157 182; 445 182 157 158 183;
    446 183 158 19 87; 449 163 182 183; 450 163 181 182; 451 162 163 183 87;
    452 163 104 77 181; 453 108 162 125; 454 125 162 87; 455 5 8 57 184;
    456 184 57 6;
    UNIT MMS KN
    ELEMENT PROPERTY
    186 TO 196 199 202 TO 208 210 215 220 TO 241 243 TO 247 249 TO 253 -
    255 TO 259 261 TO 272 275 TO 279 283 TO 288 290 292 TO 294 296 297 -
    299 TO 301 362 TO 365 386 TO 388 393 TO 404 407 408 411 412 415 416 419 420 -
    423 TO 446 449 TO 454 THICKNESS 6
    302 304 TO 306 368 369 455 456 THICKNESS 12
    318 TO 329 343 TO 359 361 366 367 376 TO 381 384 385 THICKNESS 8.5
    DEFINE MATERIAL START
    ISOTROPIC STEEL
    E 205
    POISSON 0.3
    DENSITY 7.68195e-08
    ALPHA 1.2e-05
    DAMP 0.03
    TYPE STEEL
    STRENGTH FY 0.2532 FU 0.4078 RY 1.5 RT 1.2
    END DEFINE MATERIAL
    MEMBER PROPERTY EUROPEAN
    11 21 314 TO 317 330 TO 337 TABLE ST UPN200
    MEMBER PROPERTY EUROPEAN
    9 313 PRIS YD 38
    MEMBER PROPERTY EUROPEAN
    309 TO 312 389 TO 392 TABLE ST L75X50X6
    CONSTANTS
    BETA 180 MEMB 21 315 TO 317
    BETA 66.1867 MEMB 309 TO 312 389 TO 392
    MATERIAL STEEL ALL
    SUPPORTS
    20 112 TO 117 119 TO 121 123 124 FIXED
    UNIT METER KN
    CUT OFF MODE SHAPE 20
    UNIT MMS KN
    LOAD 1 LOADTYPE Dead TITLE (DL) DEAD LOAD
    SELFWEIGHT Y -1
    LOAD 2 LOADTYPE Live TITLE (LL) CYLINDER
    UNIT METER KN
    JOINT LOAD
    184 FZ -1.178
    10 FZ 1.178 MX 0.159
    UNIT MMS KN
    LOAD 3 LOADTYPE Temperature TITLE (T) TEMPERATURE
    TEMPERATURE LOAD
    9 11 21 186 TO 196 199 202 TO 208 210 215 220 TO 241 243 TO 247 249 TO 253 -
    255 TO 259 261 TO 272 275 TO 279 283 TO 288 290 292 TO 294 296 297 -
    299 TO 302 304 TO 306 309 TO 337 343 TO 359 361 TO 369 376 TO 381 -
    384 TO 404 407 408 411 412 415 416 419 420 423 TO 446 449 TO 454 TEMP 40
    UNIT METER KN
    LOAD 4 LOADTYPE Fluids TITLE (F) CONTENT MATERIAL
    ELEMENT LOAD
    221 TRAP GX JT -1.96082 -2.2 -2.2 -1.96082
    223 TRAP GX JT -1.96082 -1.96082 -2.2 -2.2
    224 TRAP GX JT -2.2 -2.2 -1.96082 -1.96082
    225 TRAP GX JT -1.96082 -1.96082 -1.71648
    226 TRAP GX JT -1.71648 -1.96082 -1.80908 -1.71648
    227 TRAP GX JT -1.80908 -1.96082 -1.96082 -1.84743
    228 TRAP GX JT -1.84743 -1.96082 -1.96082 -1.80908
    229 TRAP GX JT -1.71648 -1.80908 -1.96082 -1.71648
    230 TRAP GX JT -1.71648 -1.96082 -1.96082
    231 TRAP GX JT -1.22012 -1.96082 -1.71648 -1.22012
    232 TRAP GX JT -1.22012 -1.71648 -1.71648 -1.62389
    233 TRAP GX JT -1.62389 -1.58554 -1.22012 -1.22012
    234 TRAP GX JT -1.22012 -1.58554 -1.62389 -1.22012
    235 TRAP GX JT -1.62389 -1.71648 -1.71648 -1.22012
    236 TRAP GX JT -1.22012 -1.71648 -1.96082 -1.22012
    237 TRAP GX JT -0.723752 -1.22012 -1.22012
    238 TRAP GX JT -0.723752 -1.22012 -1.22012 -0.723752
    239 TRAP GX JT -0.723752 -1.22012 -1.22012 -0.723752
    240 TRAP GX JT -0.723752 -1.22012 -1.22012
    241 TRAP GX JT -0.440237 -0.478918 -0.723752
    243 TRAP GX JT -0.440237 -0.723752 -0.478918
    270 TRAP GX JT -0.440237 -0.723752 -0.723752
    271 TRAP GX JT -0.723752 -0.440237 -0.440237
    272 TRAP GX JT -0.723752 -0.723752 -0.440237
    393 TRAP GX JT -0.00110726 -0.440174 -0.000551323
    394 TRAP GX JT -0.000551323 -0.440174 -0.440174
    395 TRAP GX JT -0.440174 0 -0.000551323
    220 TRAP GX JT -1.96082 -2.2 -2.2 -1.96082
    244 TRAP GX JT 1.96082 2.2 2.2 1.96082
    245 TRAP GX JT 1.96082 2.2 2.2 1.96082
    247 TRAP GX JT 1.96082 2.2 2.2 1.96082
    249 TRAP GX JT 1.71648 1.96082 1.96082
    250 TRAP GX JT 1.71648 1.96082 1.80908 1.71648
    251 TRAP GX JT 1.80908 1.96082 1.96082 1.84743
    252 TRAP GX JT 1.84743 1.96082 1.96082 1.80908
    253 TRAP GX JT 1.80908 1.96082 1.71648 1.71648
    255 TRAP GX JT 1.22012 1.96082 1.71648 1.22012
    256 TRAP GX JT 1.22012 1.71648 1.71648 1.62389
    257 TRAP GX JT 1.62389 1.58554 1.22012 1.22012
    258 TRAP GX JT 1.22012 1.58554 1.62389 1.22012
    259 TRAP GX JT 1.22012 1.62389 1.71648 1.71648
    261 TRAP GX JT 0.723752 1.22012 1.22012
    262 TRAP GX JT 0.723752 1.22012 1.22012 0.723752
    263 TRAP GX JT 0.723752 1.22012 1.22012 0.723752
    264 TRAP GX JT 0.723752 1.22012 1.22012
    265 TRAP GX JT 0.440237 0.478918 0.723752
    266 TRAP GX JT 0.440237 0.723752 0.723752
    267 TRAP GX JT 0.723752 0.440174 0.440237
    268 TRAP GX JT 0.440174 0.723752 0.723752
    269 TRAP GX JT 0.478918 0.440174 0.723752
    386 TRAP GX JT 1.22012 1.71648 1.71648
    387 TRAP GX JT 1.71648 1.22012 1.22012
    388 TRAP GX JT 1.71648 1.71648 1.22012
    399 TRAP GX JT 0.00110726 0.440174 0.000551323
    400 TRAP GX JT 0.000551323 0.440174 0.440174
    401 TRAP GX JT 0.440174 0 0.000551323
    443 TRAP GX JT 1.96082 2.2 2.2 1.96082
    444 TRAP GX JT 1.96082 2.2 2.2 1.96082
    445 TRAP GX JT 1.96082 2.2 2.2 1.96082
    446 TRAP GX JT 1.96082 2.2 2.2 1.96082
    449 TRAP GX JT 1.71648 1.96082 1.96082
    450 TRAP GX JT 1.71648 1.96082 1.96082
    451 TRAP GX JT 1.71648 1.71648 1.96082 1.96082
    452 TRAP GX JT 1.71648 1.71648 1.96082 1.96082
    275 TRAP GZ JT 1.22012 1.96082 1.96082
    276 TRAP GZ JT 1.96082 1.22012 1.22012
    277 TRAP GZ JT 1.22012 1.96082 1.96082
    278 TRAP GZ JT 0.723752 1.22012 1.22012 0.723752
    279 TRAP GZ JT 0.478918 0.723752 0.723752 0.478918
    287 TRAP GZ JT 0.440237 0.478918 0.440174
    288 TRAP GZ JT 0.440174 0.478918 0.478918 0.440174
    290 TRAP GZ JT 0.440237 0.440174 0.478918
    396 TRAP GZ JT 0 0.440174 0.000551323
    397 TRAP GZ JT 0.000551323 0.440174 0.440174
    398 TRAP GZ JT 0.440174 0.00110726 0.000551323
    423 TRAP GZ JT 1.96082 2.2 2.2 1.96082
    424 TRAP GZ JT 1.96082 2.2 2.2 1.96082
    425 TRAP GZ JT 1.96082 2.2 2.2
    426 TRAP GZ JT 1.96082 2.2 2.2
    283 TRAP GZ JT -1.22012 -1.96082 -1.22012
    284 TRAP GZ JT -1.22012 -1.96082 -1.96082
    285 TRAP GZ JT -0.723752 -1.22012 -1.22012 -0.723752
    286 TRAP GZ JT -0.478918 -0.723752 -0.723752 -0.478918
    293 TRAP GZ JT -0.440174 -0.440174 -0.478918
    294 TRAP GZ JT -0.440174 -0.478918 -0.478918 -0.440174
    296 TRAP GZ JT -0.440174 -0.478918 -0.440237
    402 TRAP GZ JT -0.000551323 0 -0.440174
    403 TRAP GZ JT -0.000551323 -0.440174 -0.440174
    404 TRAP GZ JT -0.440174 -0.00110726 -0.000551323
    435 TRAP GZ JT -1.96082 -2.2 -2.2 -1.96082
    436 TRAP GZ JT -1.96082 -2.2 -2.2 -1.96082
    437 TRAP GZ JT -1.96082 -2.2 -2.2
    438 TRAP GZ JT -1.96082 -2.2 -2.2
    453 TRAP GZ JT -1.22012 -1.71648 -1.96082
    454 TRAP GZ JT -1.96082 -1.71648 -1.96082
    LOAD 5 LOADTYPE Snow TITLE (S) SNOW
    ELEMENT LOAD
    186 TO 196 199 202 TO 208 210 215 292 297 301 362 TO 365 407 408 411 412 415 -
    416 419 420 427 TO 434 439 TO 442 PR GY -0.4
    LOAD 6 LOADTYPE Wind TITLE (W) WIND +X
    ELEMENT LOAD
    220 224 225 230 TO 241 243 270 TO 272 287 296 318 TO 329 393 TO 395 PR GX 1
    LOAD 7 LOADTYPE Wind TITLE (W) WIND -X
    ELEMENT LOAD
    244 249 255 TO 259 261 TO 269 343 TO 359 361 366 367 386 TO 388 399 TO 400 -
    401 PR GX -1
    LOAD 8 LOADTYPE Wind TITLE (W) WIND +Z
    ELEMENT LOAD
    283 TO 286 293 294 296 302 304 TO 306 368 369 402 TO 404 435 TO 438 -
    453 TO 456 PR GZ 1
    LOAD 9 LOADTYPE Wind TITLE (W) WIND -Z
    ELEMENT LOAD
    275 TO 279 287 288 290 302 304 TO 306 369 396 TO 398 423 TO 426 455 -
    456 PR GZ -1
    LOAD 10 LOADTYPE Seismic TITLE (S) SEISMIC X
    JOINT LOAD
    184 FZ -1.178
    10 FZ 1.178 MX 0.159
    SELFWEIGHT X 1
    SELFWEIGHT Y 1
    SELFWEIGHT Z 1
    ELEMENT LOAD
    221 TRAP GX JT -1.96082 -2.2 -2.2 -1.96082
    223 TRAP GX JT -1.96082 -1.96082 -2.2 -2.2
    224 TRAP GX JT -2.2 -2.2 -1.96082 -1.96082
    225 TRAP GX JT -1.96082 -1.96082 -1.71648
    226 TRAP GX JT -1.71648 -1.96082 -1.80908 -1.71648
    227 TRAP GX JT -1.80908 -1.96082 -1.96082 -1.84743
    228 TRAP GX JT -1.84743 -1.96082 -1.96082 -1.80908
    229 TRAP GX JT -1.71648 -1.80908 -1.96082 -1.71648
    230 TRAP GX JT -1.71648 -1.96082 -1.96082
    231 TRAP GX JT -1.22012 -1.96082 -1.71648 -1.22012
    232 TRAP GX JT -1.22012 -1.71648 -1.71648 -1.62389
    233 TRAP GX JT -1.62389 -1.58554 -1.22012 -1.22012
    234 TRAP GX JT -1.22012 -1.58554 -1.62389 -1.22012
    235 TRAP GX JT -1.62389 -1.71648 -1.71648 -1.22012
    236 TRAP GX JT -1.22012 -1.71648 -1.96082 -1.22012
    237 TRAP GX JT -0.723752 -1.22012 -1.22012
    238 TRAP GX JT -0.723752 -1.22012 -1.22012 -0.723752
    239 TRAP GX JT -0.723752 -1.22012 -1.22012 -0.723752
    240 TRAP GX JT -0.723752 -1.22012 -1.22012
    241 TRAP GX JT -0.440237 -0.478918 -0.723752
    243 TRAP GX JT -0.440237 -0.723752 -0.478918
    270 TRAP GX JT -0.440237 -0.723752 -0.723752
    271 TRAP GX JT -0.723752 -0.440237 -0.440237
    272 TRAP GX JT -0.723752 -0.723752 -0.440237
    393 TRAP GX JT -0.00110726 -0.440174 -0.000551323
    394 TRAP GX JT -0.000551323 -0.440174 -0.440174
    395 TRAP GX JT -0.440174 0 -0.000551323
    220 TRAP GX JT -1.96082 -2.2 -2.2 -1.96082
    244 TRAP GX JT 1.96082 2.2 2.2 1.96082
    245 TRAP GX JT 1.96082 2.2 2.2 1.96082
    247 TRAP GX JT 1.96082 2.2 2.2 1.96082
    249 TRAP GX JT 1.71648 1.96082 1.96082
    250 TRAP GX JT 1.71648 1.96082 1.80908 1.71648
    251 TRAP GX JT 1.80908 1.96082 1.96082 1.84743
    252 TRAP GX JT 1.84743 1.96082 1.96082 1.80908
    253 TRAP GX JT 1.80908 1.96082 1.71648 1.71648
    255 TRAP GX JT 1.22012 1.96082 1.71648 1.22012
    256 TRAP GX JT 1.22012 1.71648 1.71648 1.62389
    257 TRAP GX JT 1.62389 1.58554 1.22012 1.22012
    258 TRAP GX JT 1.22012 1.58554 1.62389 1.22012
    259 TRAP GX JT 1.22012 1.62389 1.71648 1.71648
    261 TRAP GX JT 0.723752 1.22012 1.22012
    262 TRAP GX JT 0.723752 1.22012 1.22012 0.723752
    263 TRAP GX JT 0.723752 1.22012 1.22012 0.723752
    264 TRAP GX JT 0.723752 1.22012 1.22012
    265 TRAP GX JT 0.440237 0.478918 0.723752
    266 TRAP GX JT 0.440237 0.723752 0.723752
    267 TRAP GX JT 0.723752 0.440174 0.440237
    268 TRAP GX JT 0.440174 0.723752 0.723752
    269 TRAP GX JT 0.478918 0.440174 0.723752
    386 TRAP GX JT 1.22012 1.71648 1.71648
    387 TRAP GX JT 1.71648 1.22012 1.22012
    388 TRAP GX JT 1.71648 1.71648 1.22012
    399 TRAP GX JT 0.00110726 0.440174 0.000551323
    400 TRAP GX JT 0.000551323 0.440174 0.440174
    401 TRAP GX JT 0.440174 0 0.000551323
    443 TRAP GX JT 1.96082 2.2 2.2 1.96082
    444 TRAP GX JT 1.96082 2.2 2.2 1.96082
    445 TRAP GX JT 1.96082 2.2 2.2 1.96082
    446 TRAP GX JT 1.96082 2.2 2.2 1.96082
    449 TRAP GX JT 1.71648 1.96082 1.96082
    450 TRAP GX JT 1.71648 1.96082 1.96082
    451 TRAP GX JT 1.71648 1.71648 1.96082 1.96082
    452 TRAP GX JT 1.71648 1.71648 1.96082 1.96082
    275 TRAP GZ JT 1.22012 1.96082 1.96082
    276 TRAP GZ JT 1.96082 1.22012 1.22012
    277 TRAP GZ JT 1.22012 1.96082 1.96082
    278 TRAP GZ JT 0.723752 1.22012 1.22012 0.723752
    279 TRAP GZ JT 0.478918 0.723752 0.723752 0.478918
    287 TRAP GZ JT 0.440237 0.478918 0.440174
    288 TRAP GZ JT 0.440174 0.478918 0.478918 0.440174
    290 TRAP GZ JT 0.440237 0.440174 0.478918
    396 TRAP GZ JT 0 0.440174 0.000551323
    397 TRAP GZ JT 0.000551323 0.440174 0.440174
    398 TRAP GZ JT 0.440174 0.00110726 0.000551323
    423 TRAP GZ JT 1.96082 2.2 2.2 1.96082
    424 TRAP GZ JT 1.96082 2.2 2.2 1.96082
    425 TRAP GZ JT 1.96082 2.2 2.2
    426 TRAP GZ JT 1.96082 2.2 2.2
    283 TRAP GZ JT -1.22012 -1.96082 -1.22012
    284 TRAP GZ JT -1.22012 -1.96082 -1.96082
    285 TRAP GZ JT -0.723752 -1.22012 -1.22012 -0.723752
    286 TRAP GZ JT -0.478918 -0.723752 -0.723752 -0.478918
    293 TRAP GZ JT -0.440174 -0.440174 -0.478918
    294 TRAP GZ JT -0.440174 -0.478918 -0.478918 -0.440174
    296 TRAP GZ JT -0.440174 -0.478918 -0.440237
    402 TRAP GZ JT -0.000551323 0 -0.440174
    403 TRAP GZ JT -0.000551323 -0.440174 -0.440174
    404 TRAP GZ JT -0.440174 -0.00110726 -0.000551323
    435 TRAP GZ JT -1.96082 -2.2 -2.2 -1.96082
    436 TRAP GZ JT -1.96082 -2.2 -2.2 -1.96082
    437 TRAP GZ JT -1.96082 -2.2 -2.2
    438 TRAP GZ JT -1.96082 -2.2 -2.2
    453 TRAP GZ JT -1.22012 -1.71648 -1.96082
    454 TRAP GZ JT -1.96082 -1.71648 -1.96082
    SPECTRUM CQC EURO 2004 ELASTIC RS2 X 1 ACC DAMP 0.05 LIN
    SOIL TYPE A ALPHA 0.15 Q 1
    LOAD 11 LOADTYPE Seismic TITLE (S) SEISMIC Y
    SPECTRUM CQC EURO 2004 ELASTIC RS2 Y 1 ACC DAMP 0.05 LIN
    SOIL TYPE A ALPHA 0.15 Q 1
    LOAD 12 LOADTYPE Seismic TITLE (S) SEISMIC Z
    SPECTRUM CQC EURO 2004 ELASTIC RS2 Z 1 ACC DAMP 0.05 LIN
    SOIL TYPE A ALPHA 0.15 Q 1
    LOAD COMB 101 ULS PERSISTENT: MATERIAL
    1 1.35 4 1.35 2 1.05 3 1.05
    LOAD COMB 102 ULS PERSISTENT: GRAVITY LOADS
    1 1.35 4 1.35 2 1.5 5 1.5 3 1.05
    LOAD COMB 103 ULS PERSISTENT: SNOW
    1 1.35 5 1.5 2 1.05 3 1.05 4 0.95
    LOAD COMB 111 ULS PERSISTENT: +X WIND (FULL)
    102 1.0 6 1.5
    LOAD COMB 112 ULS PERSISTENT: -X WIND (FULL)
    102 1.0 7 1.5
    LOAD COMB 113 ULS PERSISTENT: +Z WIND (FULL)
    102 1.0 8 1.5
    LOAD COMB 114 ULS PERSISTENT: -Z WIND (FULL)
    102 1.0 9 1.5
    LOAD COMB 121 ULS SEISMIC: +X (FULL)
    1 1.0 10 0.8 2 0.8 3 0.8 4 0.8 5 0.8
    LOAD COMB 122 ULS SEISMIC: -X (FULL)
    121 1.0 10 -1.6
    LOAD COMB 123 ULS SEISMIC: +Y (FULL)
    121 1.0 10 -0.8 11 0.8
    LOAD COMB 124 ULS SEISMIC: -Y (FULL)
    123 1.0 11 -1.6
    LOAD COMB 125 ULS SEISMIC: +Z (FULL)
    121 1.0 10 -0.8 12 0.8
    LOAD COMB 126 ULS SEISMIC: -Z (FULL)
    125 1.0 12 -1.6
    LOAD COMB 141 SLS CHARACTERISTIC: MATERIAL
    1 1.0 4 1.0 2 0.7 3 0.6 5 0.6
    LOAD COMB 142 SLS CHARACTERISTIC: +X WIND (FULL)
    1 1.0 6 1.0 2 0.7 4 0.7
    LOAD COMB 143 SLS CHARACTERISTIC: -X WIND (FULL)
    1 1.0 7 1.0 2 0.7 4 0.7
    LOAD COMB 144 SLS CHARACTERISTIC: +Z WIND (FULL)
    1 1.0 8 1.0 2 0.7 4 0.7
    LOAD COMB 145 SLS CHARACTERISTIC: -Z WIND (FULL)
    1 1.0 9 1.0 2 0.7 4 0.7
    LOAD COMB 161 SLS FREQUENT: MATERIAL
    1 1.0 4 0.9 2 0.3
    LOAD COMB 162 SLS FREQUENT: +X WIND (FULL)
    1 1.0 6 0.9 2 0.3 4 0.3
    LOAD COMB 163 SLS FREQUENT: -X WIND (FULL)
    1 1.0 7 0.9 2 0.3 4 0.3
    LOAD COMB 164 SLS FREQUENT: +Z WIND (FULL)
    1 1.0 8 0.9 2 0.3 4 0.3
    LOAD COMB 165 SLS FREQUENT: -Z WIND (FULL)
    1 1.0 9 0.9 2 0.3 4 0.3
    PERFORM ANALYSIS PRINT ALL
    PARAMETER 2
    CODE EN 1993-1-1:2005
    SGR 1 ALL
    CHECK CODE ALL
    LOAD LIST 1 TO 12 101 TO 103 111 TO 114 121 TO 126 141 TO 145 161 TO 165
    FINISH

    Fernando Gago