CHANNEL Channel flow control problem FORTRAN77 version Last modified: 4 September 1992. Flow control problem: Inflow controlled by one parameter. Velocities measured along vertical line. Try to match specified velocity profile. NX= 21 NY= 7 Number of elements= 240 Reynolds number= 1. Secant tolerance= 9.99999997E-07 Newton tolerance= 9.99999975E-05 Using vertical ordering. SETGRD: Taylor Hood element I INDX 1 & 2, INSC 1 0 0 1 2 -1 0 0 3 -1 0 2 4 -1 0 0 5 -1 0 3 6 -1 0 0 7 -1 0 4 8 -1 0 0 9 -1 0 5 10 -1 0 0 11 -1 0 6 12 -1 0 0 13 0 0 7 14 0 0 0 15 8 9 0 16 10 11 0 17 12 13 0 18 14 15 0 19 16 17 0 20 18 19 0 21 20 21 0 22 22 23 0 23 24 25 0 24 26 27 0 25 28 29 0 26 0 0 0 27 0 0 30 28 31 32 0 29 33 34 35 30 36 37 0 31 38 39 40 32 41 42 0 33 43 44 45 34 46 47 0 35 48 49 50 36 51 52 0 37 53 54 55 38 56 57 0 39 0 0 58 40 0 0 0 41 59 60 0 42 61 62 0 43 63 64 0 44 65 66 0 45 67 68 0 46 69 70 0 47 71 72 0 48 73 74 0 49 75 76 0 50 77 78 0 51 79 80 0 52 0 0 0 53 0 0 81 54 82 83 0 55 84 85 86 56 87 88 0 57 89 90 91 58 92 93 0 59 94 95 96 60 97 98 0 61 99 100 101 62 102 103 0 63 104 105 106 64 107 108 0 65 0 0 109 66 0 0 0 67 110 111 0 68 112 113 0 69 114 115 0 70 116 117 0 71 118 119 0 72 120 121 0 73 122 123 0 74 124 125 0 75 126 127 0 76 128 129 0 77 130 131 0 78 0 0 0 79 0 0 132 80 133 134 0 81 135 136 137 82 138 139 0 83 140 141 142 84 143 144 0 85 145 146 147 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8.00000 0.25000 419 8.00000 0.50000 420 8.00000 0.75000 421 8.00000 1.00000 422 8.00000 1.25000 423 8.00000 1.50000 424 8.00000 1.75000 425 8.00000 2.00000 426 8.00000 2.25000 427 8.00000 2.50000 428 8.00000 2.75000 429 8.00000 3.00000 430 8.25000 0.00000 431 8.25000 0.25000 432 8.25000 0.50000 433 8.25000 0.75000 434 8.25000 1.00000 435 8.25000 1.25000 436 8.25000 1.50000 437 8.25000 1.75000 438 8.25000 2.00000 439 8.25000 2.25000 440 8.25000 2.50000 441 8.25000 2.75000 442 8.25000 3.00000 443 8.50000 0.00000 444 8.50000 0.25000 445 8.50000 0.50000 446 8.50000 0.75000 447 8.50000 1.00000 448 8.50000 1.25000 449 8.50000 1.50000 450 8.50000 1.75000 451 8.50000 2.00000 452 8.50000 2.25000 453 8.50000 2.50000 454 8.50000 2.75000 455 8.50000 3.00000 456 8.75000 0.00000 457 8.75000 0.25000 458 8.75000 0.50000 459 8.75000 0.75000 460 8.75000 1.00000 461 8.75000 1.25000 462 8.75000 1.50000 463 8.75000 1.75000 464 8.75000 2.00000 465 8.75000 2.25000 466 8.75000 2.50000 467 8.75000 2.75000 468 8.75000 3.00000 469 9.00000 0.00000 470 9.00000 0.25000 471 9.00000 0.50000 472 9.00000 0.75000 473 9.00000 1.00000 474 9.00000 1.25000 475 9.00000 1.50000 476 9.00000 1.75000 477 9.00000 2.00000 478 9.00000 2.25000 479 9.00000 2.50000 480 9.00000 2.75000 481 9.00000 3.00000 482 9.25000 0.00000 483 9.25000 0.25000 484 9.25000 0.50000 485 9.25000 0.75000 486 9.25000 1.00000 487 9.25000 1.25000 488 9.25000 1.50000 489 9.25000 1.75000 490 9.25000 2.00000 491 9.25000 2.25000 492 9.25000 2.50000 493 9.25000 2.75000 494 9.25000 3.00000 495 9.50000 0.00000 496 9.50000 0.25000 497 9.50000 0.50000 498 9.50000 0.75000 499 9.50000 1.00000 500 9.50000 1.25000 501 9.50000 1.50000 502 9.50000 1.75000 503 9.50000 2.00000 504 9.50000 2.25000 505 9.50000 2.50000 506 9.50000 2.75000 507 9.50000 3.00000 508 9.75000 0.00000 509 9.75000 0.25000 510 9.75000 0.50000 511 9.75000 0.75000 512 9.75000 1.00000 513 9.75000 1.25000 514 9.75000 1.50000 515 9.75000 1.75000 516 9.75000 2.00000 517 9.75000 2.25000 518 9.75000 2.50000 519 9.75000 2.75000 520 9.75000 3.00000 521 10.00000 0.00000 522 10.00000 0.25000 523 10.00000 0.50000 524 10.00000 0.75000 525 10.00000 1.00000 526 10.00000 1.25000 527 10.00000 1.50000 528 10.00000 1.75000 529 10.00000 2.00000 530 10.00000 2.25000 531 10.00000 2.50000 532 10.00000 2.75000 533 10.00000 3.00000 Solve Navier Stokes problem with parameter = 1. for profile at x= 9. DEBUG: IDAMAX(F) = 18 NSTOKE iteration 1 Mnorm= 9.05416434 DEBUG: IDAMAX(F) = 18 NSTOKE iteration 2 Mnorm= 1.17648333 DEBUG: IDAMAX(F) = 18 NSTOKE iteration 3 Mnorm= 0.0112078808 DEBUG: IDAMAX(F) = 18 NSTOKE iteration 4 Mnorm= 6.55442536E-08 Navier Stokes iteration converged in 4 iterations. RESIDUAL INFORMATION: Worst residual is number 834 of magnitude 6.21724894E-15 Number of "bad" residuals is 0 out of 1016 Raw residuals: P 1 1 0.182924E-15 P 2 3 -0.174454E-14 P 3 5 -0.546340E-16 P 4 7 0.982701E-15 P 5 9 0.157856E-15 P 6 11 0.134244E-14 P 7 13 0.323194E-17 U 8 15 0.105948E-14 V 9 15 -0.512176E-15 U 10 16 0.523283E-15 V 11 16 -0.931542E-15 U 12 17 -0.221702E-16 V 13 17 0.350607E-15 U 14 18 -0.168346E-14 V 15 18 -0.474749E-15 U 16 19 -0.111186E-14 V 17 19 -0.499972E-15 U 18 20 0.333067E-15 V 19 20 0.350135E-15 U 20 21 0.354780E-14 V 21 21 -0.217802E-15 U 22 22 0.229271E-15 V 23 22 -0.186351E-14 U 24 23 0.295308E-14 V 25 23 0.172443E-14 U 26 24 0.151344E-15 V 27 24 -0.208222E-15 U 28 25 0.125349E-14 V 29 25 0.388043E-15 P 30 27 0.126796E-15 U 31 28 -0.499600E-15 V 32 28 0.720373E-15 U 33 29 -0.111022E-15 V 34 29 0.409610E-15 P 35 29 0.164607E-14 U 36 30 0.888178E-15 V 37 30 0.248939E-15 U 38 31 0.277556E-15 V 39 31 0.256147E-14 P 40 31 0.422972E-17 U 41 32 0.133227E-14 V 42 32 0.241067E-14 U 43 33 0.111022E-15 V 44 33 0.139294E-14 P 45 33 -0.140890E-14 U 46 34 -0.666134E-15 V 47 34 -0.797786E-15 U 48 35 0.149880E-14 V 49 35 -0.348537E-14 P 50 35 -0.921300E-15 U 51 36 0.444089E-15 V 52 36 -0.491427E-15 U 53 37 0.138778E-16 V 54 37 0.124708E-14 P 55 37 -0.202976E-15 U 56 38 -0.666134E-15 V 57 38 -0.325398E-15 P 58 39 0.630163E-15 U 59 41 0.165696E-14 V 60 41 0.143620E-14 U 61 42 0.141818E-14 V 62 42 0.549985E-16 U 63 43 0.269640E-14 V 64 43 -0.404335E-15 U 65 44 0.301034E-14 V 66 44 0.232568E-15 U 67 45 0.224659E-15 V 68 45 -0.158725E-14 U 69 46 -0.488498E-14 V 70 46 -0.258842E-14 U 71 47 0.450995E-15 V 72 47 0.655985E-15 U 73 48 -0.317919E-14 V 74 48 0.848101E-15 U 75 49 0.117782E-14 V 76 49 0.119872E-14 U 77 50 -0.678006E-15 V 78 50 -0.704104E-15 U 79 51 -0.148242E-14 V 80 51 0.213019E-15 P 81 53 0.138229E-14 U 82 54 0.188738E-14 V 83 54 -0.109992E-14 U 84 55 -0.943690E-15 V 85 55 0.101327E-14 P 86 55 -0.690842E-15 U 87 56 0.888178E-15 V 88 56 0.105395E-14 U 89 57 -0.499600E-15 V 90 57 0.221295E-15 P 91 57 -0.777409E-15 U 92 58 -0.111022E-14 V 93 58 -0.210642E-14 U 94 59 -0.111022E-15 V 95 59 -0.566757E-15 P 96 59 0.150714E-15 U 97 60 0.888178E-15 V 98 60 0.490671E-15 U 99 61 -0.155431E-14 V 100 61 0.384424E-15 P 101 61 -0.564788E-15 U 102 62 0.199840E-14 V 103 62 0.101582E-14 U 104 63 0.582867E-15 V 105 63 -0.335382E-16 P 106 63 0.155651E-14 U 107 64 -0.444089E-15 V 108 64 0.356198E-15 P 109 65 -0.206054E-15 U 110 67 0.291546E-14 V 111 67 -0.410968E-15 U 112 68 -0.851169E-15 V 113 68 0.620967E-15 U 114 69 -0.653272E-15 V 115 69 -0.659817E-15 U 116 70 0.543650E-15 V 117 70 -0.444676E-15 U 118 71 0.431782E-15 V 119 71 0.265657E-15 U 120 72 0.666134E-15 V 121 72 0.940406E-15 U 122 73 0.333200E-14 V 123 73 -0.249637E-15 U 124 74 0.188458E-14 V 125 74 0.460409E-15 U 126 75 0.686038E-15 V 127 75 0.952405E-15 U 128 76 -0.291246E-14 V 129 76 0.591818E-15 U 130 77 -0.119150E-14 V 131 77 0.931899E-15 P 132 79 0.527556E-15 U 133 80 -0.160982E-14 V 134 80 0.378045E-17 U 135 81 -0.102696E-14 V 136 81 -0.172451E-14 P 137 81 -0.764616E-15 U 138 82 -0.299760E-14 V 139 82 -0.176171E-14 U 140 83 -0.166533E-14 V 141 83 0.104859E-14 P 142 83 -0.853456E-15 U 143 84 -0.333067E-14 V 144 84 -0.308567E-15 U 145 85 0.316414E-14 V 146 85 0.551553E-15 P 147 85 0.441846E-15 U 148 86 -0.199840E-14 V 149 86 0.142335E-16 U 150 87 -0.166533E-15 V 151 87 0.294599E-15 P 152 87 0.290713E-15 U 153 88 0.532907E-14 V 154 88 0.931027E-15 U 155 89 -0.360822E-15 V 156 89 0.815289E-15 P 157 89 -0.743248E-15 U 158 90 -0.105471E-14 V 159 90 0.513603E-15 P 160 91 0.520481E-16 U 161 93 0.490238E-15 V 162 93 -0.973178E-15 U 163 94 0.162694E-15 V 164 94 -0.446330E-15 U 165 95 0.622634E-15 V 166 95 -0.632096E-16 U 167 96 -0.180489E-14 V 168 96 0.385176E-15 U 169 97 -0.156742E-14 V 170 97 -0.254398E-16 U 171 98 -0.377476E-14 V 172 98 0.337856E-16 U 173 99 0.665885E-15 V 174 99 0.374401E-15 U 175 100 0.431895E-14 V 176 100 0.430137E-15 U 177 101 -0.238476E-15 V 178 101 0.759878E-15 U 179 102 -0.855384E-15 V 180 102 -0.652985E-15 U 181 103 0.111981E-14 V 182 103 0.284884E-16 P 183 105 -0.796432E-16 U 184 106 0.244249E-14 V 185 106 -0.267834E-15 U 186 107 0.149880E-14 V 187 107 0.183561E-15 P 188 107 -0.833465E-15 U 189 108 0.199840E-14 V 190 108 -0.401177E-15 U 191 109 0.188738E-14 V 192 109 0.378623E-15 P 193 109 0.757132E-15 U 194 110 -0.177636E-14 V 195 110 0.372886E-15 U 196 111 -0.199840E-14 V 197 111 -0.497096E-16 P 198 111 0.481310E-16 U 199 112 -0.355271E-14 V 200 112 -0.689340E-15 U 201 113 0.113798E-14 V 202 113 -0.136838E-15 P 203 113 -0.715350E-15 U 204 114 -0.288658E-14 V 205 114 -0.229806E-15 U 206 115 -0.471845E-15 V 207 115 0.274669E-15 P 208 115 -0.960735E-15 U 209 116 0.333067E-15 V 210 116 0.899725E-15 P 211 117 0.679027E-15 U 212 119 -0.936451E-15 V 213 119 -0.691764E-15 U 214 120 -0.481084E-15 V 215 120 -0.570059E-15 U 216 121 -0.203977E-14 V 217 121 -0.326145E-15 U 218 122 0.419943E-14 V 219 122 0.271925E-15 U 220 123 0.662191E-15 V 221 123 -0.103239E-14 U 222 124 -0.777156E-15 V 223 124 -0.121573E-14 U 224 125 -0.659244E-15 V 225 125 -0.602987E-15 U 226 126 -0.972564E-15 V 227 126 -0.940817E-15 U 228 127 0.160267E-14 V 229 127 -0.159071E-14 U 230 128 0.257962E-14 V 231 128 -0.100125E-14 U 232 129 0.732221E-15 V 233 129 -0.917569E-15 P 234 131 -0.628950E-15 U 235 132 -0.222045E-15 V 236 132 0.154921E-15 U 237 133 0.177636E-14 V 238 133 0.572944E-15 P 239 133 0.369367E-15 U 240 134 0.377476E-14 V 241 134 0.372758E-15 U 242 135 -0.111022E-15 V 243 135 0.454217E-15 P 244 135 0.426292E-15 U 245 136 -0.133227E-14 V 246 136 -0.484602E-15 U 247 137 -0.499600E-15 V 248 137 -0.312605E-15 P 249 137 -0.316949E-15 U 250 138 -0.444089E-15 V 251 138 0.291747E-16 U 252 139 0.174860E-14 V 253 139 -0.648400E-15 P 254 139 -0.663638E-15 U 255 140 0.666134E-15 V 256 140 0.706223E-15 U 257 141 0.174860E-14 V 258 141 -0.343344E-15 P 259 141 0.444955E-16 U 260 142 0.233147E-14 V 261 142 0.263153E-15 P 262 143 0.955468E-15 U 263 145 0.825502E-15 V 264 145 0.210501E-14 U 265 146 -0.145076E-14 V 266 146 0.885295E-15 U 267 147 0.218059E-14 V 268 147 0.128966E-15 U 269 148 -0.144297E-14 V 270 148 -0.889137E-16 U 271 149 0.289164E-14 V 272 149 0.382742E-15 U 273 150 0.555112E-15 V 274 150 0.102556E-15 U 275 151 0.461300E-15 V 276 151 -0.165872E-14 U 277 152 0.810245E-15 V 278 152 0.839690E-15 U 279 153 0.182114E-14 V 280 153 0.329715E-15 U 281 154 -0.177479E-14 V 282 154 0.103463E-14 U 283 155 0.529717E-15 V 284 155 0.415260E-15 P 285 157 0.283060E-15 U 286 158 0.344169E-14 V 287 158 0.458626E-15 U 288 159 -0.277556E-15 V 289 159 -0.744734E-15 P 290 159 -0.155796E-14 U 291 160 0.244249E-14 V 292 160 -0.185198E-15 U 293 161 0.116573E-14 V 294 161 -0.572931E-15 P 295 161 0.126923E-14 U 296 162 0.377476E-14 V 297 162 0.681901E-15 U 298 163 0.116573E-14 V 299 163 -0.795665E-15 P 300 163 -0.745974E-15 U 301 164 0.222045E-14 V 302 164 0.740337E-16 U 303 165 0.324740E-14 V 304 165 -0.360843E-15 P 305 165 0.633193E-15 U 306 166 0.111022E-14 V 307 166 0.555941E-16 U 308 167 0.180411E-14 V 309 167 -0.357615E-15 P 310 167 0.550510E-15 U 311 168 -0.260902E-14 V 312 168 -0.101203E-14 P 313 169 -0.105496E-14 U 314 171 -0.487238E-15 V 315 171 0.180041E-15 U 316 172 -0.198974E-14 V 317 172 0.109399E-14 U 318 173 -0.158548E-14 V 319 173 0.114880E-14 U 320 174 -0.235982E-15 V 321 174 -0.970994E-16 U 322 175 0.267000E-14 V 323 175 0.139217E-15 U 324 176 0.299760E-14 V 325 176 -0.645018E-15 U 326 177 -0.207786E-15 V 327 177 0.992000E-15 U 328 178 -0.330405E-14 V 329 178 0.473621E-15 U 330 179 -0.220830E-14 V 331 179 -0.522337E-16 U 332 180 -0.378103E-14 V 333 180 -0.941284E-15 U 334 181 -0.283594E-14 V 335 181 -0.523570E-15 P 336 183 -0.475867E-15 U 337 184 0.666134E-15 V 338 184 -0.402789E-15 U 339 185 0.804912E-15 V 340 185 -0.168960E-14 P 341 185 0.591222E-16 U 342 186 -0.122125E-14 V 343 186 0.152574E-15 U 344 187 0.105471E-14 V 345 187 0.223389E-15 P 346 187 -0.781338E-15 U 347 188 -0.111022E-14 V 348 188 0.272179E-15 U 349 189 0.427436E-14 V 350 189 0.302547E-15 P 351 189 -0.664227E-15 U 352 190 -0.244249E-14 V 353 190 0.732702E-15 U 354 191 0.194289E-15 V 355 191 -0.532675E-15 P 356 191 -0.163086E-15 U 357 192 -0.122125E-14 V 358 192 0.146457E-14 U 359 193 -0.346945E-15 V 360 193 -0.260709E-15 P 361 193 0.262936E-15 U 362 194 -0.555112E-15 V 363 194 -0.400455E-15 P 364 195 0.185327E-15 U 365 197 -0.133845E-15 V 366 197 0.220227E-15 U 367 198 -0.638054E-16 V 368 198 0.438022E-15 U 369 199 0.134957E-14 V 370 199 0.399060E-15 U 371 200 -0.343087E-14 V 372 200 0.296907E-15 U 373 201 -0.221690E-14 V 374 201 -0.162103E-15 U 375 202 -0.166533E-14 V 376 202 0.426471E-16 U 377 203 0.211829E-18 V 378 203 -0.480504E-15 U 379 204 -0.401078E-14 V 380 204 0.132077E-15 U 381 205 0.107436E-14 V 382 205 0.792066E-15 U 383 206 -0.280617E-14 V 384 206 -0.416595E-15 U 385 207 -0.300765E-14 V 386 207 -0.465613E-15 P 387 209 0.368957E-15 U 388 210 0.943690E-15 V 389 210 0.447978E-15 U 390 211 0.555112E-16 V 391 211 -0.470450E-15 P 392 211 0.244795E-15 U 393 212 0.00000 V 394 212 0.271975E-15 U 395 213 -0.277556E-15 V 396 213 -0.690512E-15 P 397 213 -0.675310E-15 U 398 214 0.199840E-14 V 399 214 0.874670E-15 U 400 215 -0.333067E-15 V 401 215 0.374748E-16 P 402 215 -0.111655E-14 U 403 216 -0.444089E-15 V 404 216 0.166343E-16 U 405 217 0.216493E-14 V 406 217 0.172872E-16 P 407 217 -0.972317E-16 U 408 218 -0.555112E-15 V 409 218 0.152896E-15 U 410 219 -0.194289E-15 V 411 219 -0.495010E-15 P 412 219 -0.117507E-14 U 413 220 0.155431E-14 V 414 220 -0.738712E-16 P 415 221 -0.452049E-15 U 416 223 -0.354162E-15 V 417 223 0.741112E-15 U 418 224 0.219873E-14 V 419 224 -0.252122E-15 U 420 225 0.335084E-14 V 421 225 -0.807867E-15 U 422 226 0.213148E-14 V 423 226 -0.534110E-15 U 424 227 0.156458E-14 V 425 227 -0.147125E-16 U 426 228 0.344169E-14 V 427 228 0.342601E-15 U 428 229 -0.230457E-15 V 429 229 0.713593E-15 U 430 230 -0.800970E-15 V 431 230 0.491347E-15 U 432 231 0.217647E-14 V 433 231 0.104647E-14 U 434 232 0.272529E-14 V 435 232 0.436750E-15 U 436 233 0.143271E-14 V 437 233 0.264166E-15 P 438 235 0.118792E-14 U 439 236 0.160982E-14 V 440 236 -0.325472E-15 U 441 237 -0.333067E-15 V 442 237 -0.904230E-15 P 443 237 -0.105644E-14 U 444 238 0.288658E-14 V 445 238 -0.102328E-15 U 446 239 0.133227E-14 V 447 239 0.277098E-15 P 448 239 0.631656E-15 U 449 240 0.888178E-15 V 450 240 -0.275724E-15 U 451 241 0.260902E-14 V 452 241 0.200344E-15 P 453 241 0.627954E-17 U 454 242 0.111022E-14 V 455 242 -0.242179E-16 U 456 243 0.191513E-14 V 457 243 -0.367914E-15 P 458 243 0.469721E-16 U 459 244 0.421885E-14 V 460 244 0.194899E-15 U 461 245 -0.194289E-15 V 462 245 -0.888808E-16 P 463 245 -0.818084E-15 U 464 246 0.721645E-15 V 465 246 -0.885659E-16 P 466 247 0.813763E-15 U 467 249 0.169387E-14 V 468 249 0.147629E-15 U 469 250 -0.818244E-15 V 470 250 0.202205E-15 U 471 251 0.449291E-15 V 472 251 0.579722E-15 U 473 252 -0.345178E-14 V 474 252 0.854054E-16 U 475 253 0.222791E-15 V 476 253 -0.631960E-15 U 477 254 -0.965649E-31 V 478 254 -0.104263E-14 U 479 255 -0.899817E-15 V 480 255 -0.892954E-15 U 481 256 0.253225E-14 V 482 256 -0.737071E-15 U 483 257 -0.696736E-15 V 484 257 -0.490036E-15 U 485 258 -0.140871E-15 V 486 258 -0.101245E-15 U 487 259 0.102658E-14 V 488 259 -0.196102E-15 P 489 261 -0.199118E-15 U 490 262 0.399680E-14 V 491 262 -0.539048E-15 U 492 263 -0.122125E-14 V 493 263 -0.107712E-14 P 494 263 0.492602E-15 U 495 264 0.222045E-15 V 496 264 0.311683E-15 U 497 265 0.122125E-14 V 498 265 -0.438490E-15 P 499 265 -0.719036E-15 U 500 266 -0.222045E-14 V 501 266 -0.355463E-15 U 502 267 -0.277556E-15 V 503 267 -0.535930E-15 P 504 267 0.101973E-14 U 505 268 -0.666134E-15 V 506 268 0.200830E-15 U 507 269 0.194289E-14 V 508 269 -0.464635E-15 P 509 269 0.165629E-15 U 510 270 0.999201E-15 V 511 270 0.470759E-15 U 512 271 0.138778E-14 V 513 271 0.180036E-15 P 514 271 0.806395E-16 U 515 272 0.127676E-14 V 516 272 0.149969E-17 P 517 273 -0.331149E-15 U 518 275 -0.194830E-14 V 519 275 -0.656550E-15 U 520 276 -0.740902E-15 V 521 276 -0.313011E-15 U 522 277 0.133923E-14 V 523 277 -0.279189E-15 U 524 278 -0.243635E-14 V 525 278 -0.302710E-16 U 526 279 -0.183181E-17 V 527 279 0.430580E-15 U 528 280 -0.455191E-14 V 529 280 0.515222E-15 U 530 281 0.154888E-14 V 531 281 -0.407201E-15 U 532 282 -0.379328E-14 V 533 282 -0.171823E-15 U 534 283 -0.313668E-14 V 535 283 0.146773E-15 U 536 284 -0.143235E-14 V 537 284 -0.167352E-15 U 538 285 -0.106234E-14 V 539 285 -0.766049E-15 P 540 287 -0.617632E-15 U 541 288 -0.333067E-15 V 542 288 0.145780E-15 U 543 289 -0.155431E-14 V 544 289 -0.800408E-15 P 545 289 0.977952E-16 U 546 290 -0.111022E-14 V 547 290 -0.735249E-16 U 548 291 0.172085E-14 V 549 291 -0.605644E-15 P 550 291 0.333716E-15 U 551 292 -0.888178E-15 V 552 292 0.911076E-16 U 553 293 0.166533E-14 V 554 293 0.830052E-15 P 555 293 0.187028E-15 U 556 294 -0.888178E-15 V 557 294 0.510061E-15 U 558 295 -0.111022E-14 V 559 295 -0.838399E-15 P 560 295 0.564143E-15 U 561 296 0.133227E-14 V 562 296 -0.587697E-15 U 563 297 0.915934E-15 V 564 297 0.214646E-16 P 565 297 -0.198382E-15 U 566 298 0.943690E-15 V 567 298 -0.858584E-16 P 568 299 -0.463583E-15 U 569 301 0.225865E-14 V 570 301 0.159766E-14 U 571 302 0.134186E-14 V 572 302 0.162834E-14 U 573 303 0.180621E-14 V 574 303 0.127855E-16 U 575 304 0.145637E-14 V 576 304 0.373131E-15 U 577 305 0.448643E-15 V 578 305 -0.609272E-15 U 579 306 0.555112E-15 V 580 306 0.210311E-15 U 581 307 0.155505E-14 V 582 307 0.267650E-15 U 583 308 0.326871E-15 V 584 308 -0.360961E-15 U 585 309 -0.113034E-14 V 586 309 -0.155424E-15 U 587 310 -0.156007E-14 V 588 310 -0.457065E-16 U 589 311 0.210715E-14 V 590 311 0.434736E-15 P 591 313 0.533844E-15 U 592 314 0.199840E-14 V 593 314 -0.474294E-15 U 594 315 0.471845E-15 V 595 315 0.580842E-15 P 596 315 0.123346E-14 U 597 316 0.111022E-15 V 598 316 -0.435990E-15 U 599 317 -0.610623E-15 V 600 317 -0.273371E-15 P 601 317 -0.682799E-15 U 602 318 0.222045E-15 V 603 318 0.387707E-16 U 604 319 0.194289E-14 V 605 319 0.107842E-14 P 606 319 -0.302208E-15 U 607 320 -0.177636E-14 V 608 320 0.293727E-15 U 609 321 0.285882E-14 V 610 321 0.465010E-15 P 611 321 0.425685E-15 U 612 322 0.177636E-14 V 613 322 -0.194704E-15 U 614 323 -0.485723E-15 V 615 323 -0.116309E-15 P 616 323 -0.160269E-15 U 617 324 -0.111022E-14 V 618 324 -0.343627E-16 P 619 325 0.203778E-15 U 620 327 0.453591E-15 V 621 327 -0.167982E-15 U 622 328 -0.819021E-15 V 623 328 -0.119077E-14 U 624 329 -0.196084E-14 V 625 329 -0.102759E-14 U 626 330 -0.202797E-15 V 627 330 -0.513079E-15 U 628 331 0.339371E-17 V 629 331 -0.608764E-15 U 630 332 0.333067E-15 V 631 332 -0.173955E-15 U 632 333 -0.428106E-17 V 633 333 -0.780781E-16 U 634 334 -0.111188E-14 V 635 334 0.495302E-16 U 636 335 -0.228179E-15 V 637 335 -0.116889E-15 U 638 336 0.492668E-15 V 639 336 -0.811045E-16 U 640 337 0.851567E-15 V 641 337 -0.813027E-15 P 642 339 -0.138145E-14 U 643 340 -0.138778E-14 V 644 340 -0.238621E-15 U 645 341 -0.305311E-15 V 646 341 -0.375872E-15 P 647 341 0.898108E-15 U 648 342 -0.333067E-15 V 649 342 -0.550425E-15 U 650 343 -0.222045E-14 V 651 343 -0.225529E-15 P 652 343 0.550353E-15 U 653 344 0.266454E-14 V 654 344 -0.346885E-15 U 655 345 0.555112E-15 V 656 345 0.481289E-15 P 657 345 0.634008E-15 U 658 346 0.266454E-14 V 659 346 0.295290E-15 U 660 347 -0.721645E-15 V 661 347 0.285266E-15 P 662 347 -0.273186E-15 U 663 348 0.00000 V 664 348 -0.474930E-15 U 665 349 0.735523E-15 V 666 349 0.177095E-15 P 667 349 0.433686E-15 U 668 350 -0.943690E-15 V 669 350 0.457354E-15 P 670 351 0.463880E-16 U 671 353 0.679192E-15 V 672 353 0.707026E-16 U 673 354 -0.267409E-14 V 674 354 -0.261606E-15 U 675 355 -0.330990E-17 V 676 355 -0.501274E-15 U 677 356 0.222416E-14 V 678 356 -0.158240E-15 U 679 357 -0.155224E-14 V 680 357 0.255435E-15 U 681 358 0.155431E-14 V 682 358 -0.160249E-15 U 683 359 0.207681E-15 V 684 359 0.111378E-15 U 685 360 -0.145150E-14 V 686 360 -0.319284E-15 U 687 361 0.459424E-15 V 688 361 -0.768720E-16 U 689 362 -0.702694E-15 V 690 362 0.923536E-16 U 691 363 0.117345E-14 V 692 363 -0.488051E-15 P 693 365 -0.182446E-15 U 694 366 -0.122125E-14 V 695 366 0.259546E-15 U 696 367 0.555112E-16 V 697 367 0.324259E-14 P 698 367 -0.174959E-15 U 699 368 -0.155431E-14 V 700 368 0.269053E-15 U 701 369 -0.166533E-14 V 702 369 -0.129341E-15 P 703 369 0.339714E-16 U 704 370 0.177636E-14 V 705 370 0.212051E-15 U 706 371 0.444089E-15 V 707 371 -0.131626E-15 P 708 371 0.394085E-15 U 709 372 -0.466294E-14 V 710 372 -0.167387E-15 U 711 373 -0.105471E-14 V 712 373 -0.583788E-15 P 713 373 -0.152143E-14 U 714 374 -0.288658E-14 V 715 374 0.336752E-15 U 716 375 -0.163758E-14 V 717 375 -0.143515E-15 P 718 375 -0.437064E-15 U 719 376 -0.166533E-14 V 720 376 -0.230853E-15 P 721 377 0.923800E-16 U 722 379 -0.320372E-15 V 723 379 -0.260760E-15 U 724 380 0.145383E-14 V 725 380 -0.708586E-15 U 726 381 -0.221070E-14 V 727 381 -0.652492E-15 U 728 382 0.895488E-15 V 729 382 -0.664364E-16 U 730 383 -0.218109E-15 V 731 383 0.417075E-15 U 732 384 -0.255351E-14 V 733 384 -0.137961E-15 U 734 385 -0.454271E-15 V 735 385 -0.783224E-15 U 736 386 0.316882E-15 V 737 386 -0.167283E-16 U 738 387 0.450425E-15 V 739 387 0.299624E-15 U 740 388 0.575316E-15 V 741 388 -0.124875E-15 U 742 389 -0.484133E-15 V 743 389 -0.424007E-15 P 744 391 0.320158E-15 U 745 392 -0.155431E-14 V 746 392 -0.365872E-16 U 747 393 -0.388578E-15 V 748 393 0.360889E-15 P 749 393 0.596497E-16 U 750 394 -0.133227E-14 V 751 394 0.221780E-15 U 752 395 0.721645E-15 V 753 395 -0.498969E-15 P 754 395 0.216422E-15 U 755 396 0.222045E-15 V 756 396 -0.474372E-15 U 757 397 0.832667E-15 V 758 397 -0.748922E-16 P 759 397 0.915131E-16 U 760 398 -0.444089E-15 V 761 398 0.220130E-16 U 762 399 0.463518E-14 V 763 399 0.507646E-16 P 764 399 -0.122397E-15 U 765 400 0.133227E-14 V 766 400 0.467419E-16 U 767 401 0.222045E-15 V 768 401 0.398273E-15 P 769 401 -0.448959E-15 U 770 402 0.777156E-15 V 771 402 -0.122047E-15 P 772 403 0.383523E-16 U 773 405 0.260606E-16 V 774 405 -0.121482E-14 U 775 406 -0.220221E-14 V 776 406 -0.685025E-15 U 777 407 0.379420E-14 V 778 407 0.125390E-15 U 779 408 -0.441476E-15 V 780 408 0.217261E-15 U 781 409 0.421947E-14 V 782 409 -0.221957E-15 U 783 410 0.111022E-15 V 784 410 -0.152829E-15 U 785 411 0.199469E-14 V 786 411 0.735692E-16 U 787 412 -0.233941E-14 V 788 412 -0.900052E-16 U 789 413 -0.267295E-14 V 790 413 -0.419971E-15 U 791 414 0.503306E-15 V 792 414 -0.305949E-15 U 793 415 0.121809E-15 V 794 415 -0.229260E-15 P 795 417 -0.660062E-15 U 796 418 0.610623E-15 V 797 418 -0.113294E-15 U 798 419 0.222045E-15 V 799 419 0.237010E-15 P 800 419 0.136445E-14 U 801 420 0.177636E-14 V 802 420 -0.462319E-15 U 803 421 0.272005E-14 V 804 421 -0.833563E-16 P 805 421 -0.195420E-15 U 806 422 0.244249E-14 V 807 422 0.125258E-15 U 808 423 0.371925E-14 V 809 423 0.727482E-16 P 810 423 0.348462E-15 U 811 424 0.244249E-14 V 812 424 0.420743E-16 U 813 425 0.166533E-15 V 814 425 0.213569E-15 P 815 425 0.181252E-15 U 816 426 0.310862E-14 V 817 426 -0.202018E-15 U 818 427 0.174860E-14 V 819 427 0.315403E-15 P 820 427 0.423553E-16 U 821 428 0.499600E-15 V 822 428 -0.137513E-15 P 823 429 0.201623E-15 U 824 431 -0.229475E-14 V 825 431 0.412462E-15 U 826 432 -0.127618E-14 V 827 432 -0.668224E-15 U 828 433 -0.454816E-15 V 829 433 -0.723412E-15 U 830 434 -0.154847E-14 V 831 434 -0.769003E-16 U 832 435 0.310875E-14 V 833 435 0.535320E-15 U 834 436 -0.621725E-14 V 835 436 0.271755E-15 U 836 437 -0.445729E-17 V 837 437 -0.116687E-15 U 838 438 -0.338733E-15 V 839 438 -0.171290E-15 U 840 439 -0.219451E-15 V 841 439 -0.347252E-15 U 842 440 -0.686331E-15 V 843 440 -0.168269E-15 U 844 441 -0.887392E-15 V 845 441 -0.706527E-15 P 846 443 0.513921E-15 U 847 444 0.00000 V 848 444 0.192556E-15 U 849 445 0.721645E-15 V 850 445 0.531525E-15 P 851 445 -0.125352E-14 U 852 446 -0.310862E-14 V 853 446 -0.721885E-16 U 854 447 0.277556E-15 V 855 447 0.397492E-15 P 856 447 0.753303E-15 U 857 448 0.444089E-15 V 858 448 -0.790002E-17 U 859 449 0.111022E-14 V 860 449 0.511586E-15 P 861 449 0.340084E-15 U 862 450 -0.222045E-15 V 863 450 -0.618220E-16 U 864 451 0.222045E-14 V 865 451 -0.579928E-16 P 866 451 -0.994432E-16 U 867 452 0.888178E-15 V 868 452 0.515598E-16 U 869 453 -0.263678E-15 V 870 453 0.754757E-16 P 871 453 -0.446409E-15 U 872 454 0.166533E-15 V 873 454 0.267086E-15 P 874 455 0.490839E-15 U 875 457 0.185861E-14 V 876 457 -0.676245E-15 U 877 458 -0.982493E-15 V 878 458 -0.356416E-15 U 879 459 0.417839E-15 V 880 459 0.257794E-15 U 881 460 0.318238E-15 V 882 460 -0.197208E-15 U 883 461 0.310819E-14 V 884 461 -0.254910E-15 U 885 462 0.555112E-15 V 886 462 -0.499327E-15 U 887 463 0.222824E-15 V 888 463 -0.323391E-15 U 889 464 0.256381E-14 V 890 464 -0.323590E-15 U 891 465 -0.153657E-14 V 892 465 -0.310492E-15 U 893 466 0.143887E-14 V 894 466 0.109393E-15 U 895 467 -0.161111E-14 V 896 467 0.363707E-15 P 897 469 -0.225041E-15 U 898 470 -0.277556E-15 V 899 470 -0.956649E-16 U 900 471 -0.888178E-15 V 901 471 0.109062E-16 P 902 471 0.372640E-15 U 903 472 0.133227E-14 V 904 472 0.396420E-16 U 905 473 -0.444089E-15 V 906 473 0.295300E-15 P 907 473 -0.384102E-15 U 908 474 0.00000 V 909 474 0.816807E-16 U 910 475 0.222045E-14 V 911 475 -0.559640E-16 P 912 475 -0.140968E-15 U 913 476 -0.111022E-14 V 914 476 -0.467611E-16 U 915 477 -0.277556E-15 V 916 477 0.213108E-16 P 917 477 -0.156228E-15 U 918 478 0.177636E-14 V 919 478 -0.505488E-16 U 920 479 0.999201E-15 V 921 479 0.247763E-15 P 922 479 0.104672E-14 U 923 480 0.216493E-14 V 924 480 0.119170E-15 P 925 481 -0.174144E-15 U 926 483 0.156633E-15 V 927 483 0.804302E-15 U 928 484 0.932956E-15 V 929 484 0.480637E-15 U 930 485 0.110860E-14 V 931 485 0.140780E-15 U 932 486 -0.544096E-14 V 933 486 0.395680E-15 U 934 487 -0.133276E-14 V 935 487 0.123690E-15 U 936 488 -0.888178E-15 V 937 488 0.305269E-16 U 938 489 0.111461E-14 V 939 489 0.198731E-15 U 940 490 -0.242679E-14 V 941 490 0.100100E-15 U 942 491 -0.286002E-14 V 943 491 0.280742E-15 U 944 492 -0.443679E-14 V 945 492 -0.419367E-16 U 946 493 0.571486E-15 V 947 493 -0.508178E-15 P 948 495 0.501157E-15 U 949 496 0.388578E-15 V 950 496 0.141914E-15 U 951 497 0.999201E-15 V 952 497 -0.114368E-15 P 953 497 0.163670E-15 U 954 498 0.155431E-14 V 955 498 0.172978E-15 U 956 499 0.205391E-14 V 957 499 0.475487E-15 P 958 499 0.100995E-16 U 959 500 0.666134E-15 V 960 500 0.164518E-16 U 961 501 -0.333067E-15 V 962 501 -0.295543E-15 P 963 501 -0.345865E-15 U 964 502 0.111022E-14 V 965 502 0.103671E-15 U 966 503 -0.105471E-14 V 967 503 0.184554E-15 P 968 503 0.155192E-15 U 969 504 0.222045E-15 V 970 504 0.890518E-16 U 971 505 0.416334E-15 V 972 505 0.895504E-16 P 973 505 0.858802E-15 U 974 506 0.149880E-14 V 975 506 -0.667679E-16 P 976 507 -0.305307E-16 U 977 509 0.818696E-15 V 978 509 -0.297507E-15 U 979 510 0.961756E-15 V 980 510 -0.253772E-15 U 981 511 -0.880285E-15 V 982 511 0.543631E-16 U 983 512 -0.998172E-15 V 984 512 -0.280361E-15 U 985 513 -0.355384E-14 V 986 513 -0.124171E-15 U 987 514 -0.777156E-15 V 988 514 -0.124186E-15 U 989 515 0.222165E-15 V 990 515 0.159791E-16 U 991 516 0.500224E-17 V 992 516 0.977654E-17 U 993 517 0.112263E-14 V 994 517 0.162411E-15 U 995 518 0.848826E-15 V 996 518 -0.639330E-15 U 997 519 -0.667034E-15 V 998 519 -0.323841E-15 P 999 521 0.223958E-15 U 1000 522 0.471845E-15 U 1001 523 0.499600E-15 P 1002 523 0.513857E-15 U 1003 524 -0.222045E-15 U 1004 525 -0.388578E-15 P 1005 525 -0.563636E-16 U 1006 526 -0.444089E-15 U 1007 527 0.721645E-15 P 1008 527 0.207087E-15 U 1009 528 0.777156E-15 U 1010 529 0.00000 P 1011 529 -0.153499E-15 U 1012 530 0.222045E-15 U 1013 531 0.333067E-15 P 1014 531 -0.163250E-15 U 1015 532 -0.122125E-14 P 1016 533 0.00000 U profile: 0.00000 0.305556 0.555556 0.750000 0.888889 0.972222 1.00000 0.972222 0.888889 0.750000 0.555556 0.305556 0.00000 Gram matrix: 1 1 0. 1 2 0. 1 3 0. 1 4 0. 1 5 0. 1 6 0. 1 7 0. 1 8 0. 1 9 0. 1 10 0. 1 11 0. 1 12 0. 1 13 0. 2 1 0. 2 2 0.266666663 2 3 0.033333334 2 4 0. 2 5 0. 2 6 0. 2 7 0. 2 8 0. 2 9 0. 2 10 0. 2 11 0. 2 12 0. 2 13 0. 3 1 0. 3 2 0.033333334 3 3 0.13333335 3 4 0.033333334 3 5 -0.016666667 3 6 0. 3 7 0. 3 8 0. 3 9 0. 3 10 0. 3 11 0. 3 12 0. 3 13 0. 4 1 0. 4 2 0. 4 3 0.033333334 4 4 0.266666663 4 5 0.033333334 4 6 0. 4 7 0. 4 8 0. 4 9 0. 4 10 0. 4 11 0. 4 12 0. 4 13 0. 5 1 0. 5 2 0. 5 3 -0.016666667 5 4 0.033333334 5 5 0.13333335 5 6 0.033333334 5 7 -0.016666667 5 8 0. 5 9 0. 5 10 0. 5 11 0. 5 12 0. 5 13 0. 6 1 0. 6 2 0. 6 3 0. 6 4 0. 6 5 0.033333334 6 6 0.266666663 6 7 0.033333334 6 8 0. 6 9 0. 6 10 0. 6 11 0. 6 12 0. 6 13 0. 7 1 0. 7 2 0. 7 3 0. 7 4 0. 7 5 -0.016666667 7 6 0.033333334 7 7 0.13333335 7 8 0.033333334 7 9 -0.016666667 7 10 0. 7 11 0. 7 12 0. 7 13 0. 8 1 0. 8 2 0. 8 3 0. 8 4 0. 8 5 0. 8 6 0. 8 7 0.033333334 8 8 0.266666663 8 9 0.033333334 8 10 0. 8 11 0. 8 12 0. 8 13 0. 9 1 0. 9 2 0. 9 3 0. 9 4 0. 9 5 0. 9 6 0. 9 7 -0.016666667 9 8 0.033333334 9 9 0.13333335 9 10 0.033333334 9 11 -0.016666667 9 12 0. 9 13 0. 10 1 0. 10 2 0. 10 3 0. 10 4 0. 10 5 0. 10 6 0. 10 7 0. 10 8 0. 10 9 0.033333334 10 10 0.266666663 10 11 0.033333334 10 12 0. 10 13 0. 11 1 0. 11 2 0. 11 3 0. 11 4 0. 11 5 0. 11 6 0. 11 7 0. 11 8 0. 11 9 -0.016666667 11 10 0.033333334 11 11 0.13333335 11 12 0.033333334 11 13 0. 12 1 0. 12 2 0. 12 3 0. 12 4 0. 12 5 0. 12 6 0. 12 7 0. 12 8 0. 12 9 0. 12 10 0. 12 11 0.033333334 12 12 0.266666663 12 13 0. 13 1 0. 13 2 0. 13 3 0. 13 4 0. 13 5 0. 13 6 0. 13 7 0. 13 8 0. 13 9 0. 13 10 0. 13 11 0. 13 12 0. 13 13 0. R vector: 1 0. 2 0.0999999992 3 0.0944444541 4 0.248148146 5 0.150000015 6 0.32222222 7 0.168518536 8 0.32222222 9 0.150000015 10 0.248148146 11 0.0944444541 12 0.0999999992 13 0. Secant iteration 1 Solving Navier Stokes problem for parameter= 0.100000001 DEBUG: IDAMAX(F) = 18 NSTOKE iteration 1 Mnorm= 0.888499955 DEBUG: IDAMAX(F) = 18 NSTOKE iteration 2 Mnorm= 0.00587963681 DEBUG: IDAMAX(F) = 18 NSTOKE iteration 3 Mnorm= 8.68465533E-09 Navier Stokes iteration converged in 3 iterations. Velocity profile: 0.00000 0.305556E-01 0.555556E-01 0.750000E-01 0.888889E-01 0.972222E-01 0.100000 0.972222E-01 0.888889E-01 0.750000E-01 0.555556E-01 0.305556E-01 0.00000 DEBUG: IDAMAX(F) = 18 Sensitivities: 0.00000 0.305556 0.555556 0.750000 0.888889 0.972222 1.00000 0.972222 0.888889 0.750000 0.555556 0.305556 0.00000 Parameter = 0.100000001 J prime = -2.88000008 New value of parameter = 0.5 Convergence test= 0.799999997 Secant iteration 2 Solving Navier Stokes problem for parameter= 0.5 DEBUG: IDAMAX(F) = 18 NSTOKE iteration 1 Mnorm= 3.54925557 DEBUG: IDAMAX(F) = 18 NSTOKE iteration 2 Mnorm= 0.094763498 DEBUG: IDAMAX(F) = 18 NSTOKE iteration 3 Mnorm= 2.22251277E-06 Navier Stokes iteration converged in 3 iterations. Velocity profile: 0.00000 0.152778 0.277778 0.375000 0.444444 0.486111 0.500000 0.486111 0.444444 0.375000 0.277778 0.152778 0.00000 DEBUG: IDAMAX(F) = 18 Sensitivities: 0.00000 0.305556 0.555556 0.750000 0.888889 0.972222 1.00000 0.972222 0.888889 0.750000 0.555556 0.305556 0.00000 Parameter = 0.5 J prime = -1.60000005 New value of parameter = 1. Convergence test= 0.5 Secant iteration 3 Solving Navier Stokes problem for parameter= 1. DEBUG: IDAMAX(F) = 18 NSTOKE iteration 1 Mnorm= 4.4344278 DEBUG: IDAMAX(F) = 18 NSTOKE iteration 2 Mnorm= 0.149252942 DEBUG: IDAMAX(F) = 18 NSTOKE iteration 3 Mnorm= 5.41380036E-06 Navier Stokes iteration converged in 3 iterations. Velocity profile: 0.00000 0.305556 0.555556 0.750000 0.888889 0.972222 1.00000 0.972222 0.888889 0.750000 0.555556 0.305556 0.00000 DEBUG: IDAMAX(F) = 18 Sensitivities: 0.00000 0.305556 0.555556 0.750000 0.888889 0.972222 1.00000 0.972222 0.888889 0.750000 0.555556 0.305556 0.00000 Parameter = 1. J prime = 4.33644247E-14 New value of parameter = 1. Convergence test= 1.35447209E-14 Secant iteration converged. Total execution time= 2.38769484 seconds. = 0.0397949144 minutes. Number of secant steps = 3 Number of Newton steps = 13