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Smith I.M., Griffiths D.V. — Programming the finite element method
Smith I.M., Griffiths D.V. — Programming the finite element method

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Название: Programming the finite element method

Авторы: Smith I.M., Griffiths D.V.

Аннотация:

"Following the highly successful previous editions, this 4th edition contains programs and subroutine libraries fully updated to Fortran95, which are freely available on the Internet. A wide variety of problem solving capabilities are presented including structural analysis, elasticity and plasticity, construction processes in geomechanics, uncoupled and coupled steady and transient fluid flow and linear and nonlinear solid dynamics. A major new feature is the inclusion of parallelised programs, using MPI, which enable parallel processing of all types of finite element analyses. Performance evaluation shows that these programs make efficient use of parallel hardwares ranging from supercomputers to clusters of PCs." These improvements all contribute to a more comprehensive book with a wide appeal. It will be of particular interest to students and practitioners in the application of finite element methods; to undergraduates and postgraduates in civil, mechanical and aeronautical engineering (stress analysis and fluid flow problems); to applied mathematicians and physicists (solution of partial differential equations); and to engineers in all of the above fields.


Язык: en

Рубрика: Математика/Численные методы/Конечные элементы/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 2nd edition

Год издания: 1988

Количество страниц: 469

Добавлена в каталог: 20.02.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Ada      4
Advection (convection)      41
Ahmad, S.      47 49 96
ALGOL60      5
ALGOL68      12
Array processors      3
Assembly of elements      52 73
Associated plastic flow      195
AX1KM      357 401 415
Axially loaded piles      351
Axisymmetric stress/strain      30 64 169
BACSUB      57 401 415
Banded storage of matrices      78
BANDRD      58 401
BANMUL      58 402 416
BANRED      57 402 416
BANTML      58 402 417
Barron, D.W.      4 14
BASIC      2
Bathe, K.J.      35 45 54 96
BCMASS      303 402 417
Beam element      19
Beam element on elastic foundation      22
Beam element with an axial force      21
Beam element, inertia matrix      21
BEAMKM      102 402 418
BEAMKP      361 402 418
Beams      98
Bearing capacity      203
Berg, P.N.      42 45
Biot equation      42 286 294
BISECT      58 402
Bishop, A.W.      217 237
BMCOL2      113 403 418
BMCOL3      118 403 419
BNONAX      175 403 421
Body loads      199
boundary conditions      54
Brebbia, C.A.      15 45
building blocks      56
Carslaw, U.S.      255 256 276
Chang, C.Y.      194 238
CHECON      131 403 422
CHOBAC      57 403 422
CHOBK1      57 403
CHOBK2      57 403
CHOL1N      57 403 423
Chow, Y.K.      353 365 378 378
Clough, R.W.      89 96
COMBAC      57 404
Complex response      94 333
COMRED      57 404
Conduction equation      41 250
Connor, J.J.      15 45
Consistent mass      81 (see also “Distributed mass”)
Consistent nodal loads      379
Consolidation      258
Constant stiffness      193
Convection      41
Convergence      131 201
Cook, R.D.      15 45
Cormeau, I.C.      200 237 238
Coupled problems      85 86
Crandall, S.H.      16 45
Crank — Nicolson method      91
Damping      90
Davis, E.H.      157 191 368 372 378
Diffusion-convection      41 267 271
Dijkstra, E.W.      9 14
Direct integration      91
Distributed mass      81 (see also “Consistent mass”)
Dobbins, W.E.      271 276
Duncan, J.M.      194 238
Earth pressure      218
ECMAT      66 404 423
Eigenvalues and vectors, evaluation of      80
Element matrix calculation      59
Element-by-element (product)      84 262
Energy formulations      24 29 33
Equilibrium equations, solution of      179
Ergatoudis, J.      49 96
EVECTS      58 404
Explicit methods      93 259 337
Failure criteria      197
Faraday, R.V.      42 45 273 276
FDIAGV      349 404 423
Finlayson, B.A.      17 45
First order time dependent problems      83
Fix, G.J.      15 45
FKDIAG      73 404 424
Fluid flow with convection      41 267
Fluid flow, coupled      36 277
Fluid flow, steady state      40 239
Fluid flow, transient      41 250
FMB1GK      73 405 424
FMBEAM      111 404 424
FMBRAD      64 405 425
FMDEPS      62 405 425
FMDRAD      64 405 425
FMDS1G      63 405 426
FMKDKE      293 405 426
FMLAG9      69 405 427
FMLIN3      70 406 428
FMLUMP      307 406 429
FMOUAD      68 406 431
FMPLAT      140 406 429
FMQUA3      71 406 432
FMTET4      73 406 433
FMTR15      64 407 434
FMTRI3      149 407 434
FMTRI6      63 407 434
Forcing      91
Ford, B.      9 14
FORMB      62 407 436
FORMB3      71 407 436
FORMD3      71 407 436
FORMGP      140 387
FORMKB      73 407 437
FORMKC      73 407 437
FORMKU      73 408 437
FORMKV      73 408 438
FORMLN      61 408 438
FORMM      208 408 439
FORMM3      236 408 440
FORMTB      73 408 441
FORMXI      371 408 441
FORTRAN      1 5 7
Foundations, elastic      23 365
Frames, 2D      112 300
Frames, 3D      117
Free surface flow      245
Free vibrations      17 89
Frequencies, natural      18 300
FRMUPV      86 408 441
FSPARV      73 409 442
Galerkin method      17
GAUSBA      57 409 442
Gauss      61 409 443
Gauss, elimination      57
Gauss, quadrature      50 51
GCOORD      221 409 444
GE04X1      242 393
GE083D      183 393
GE203D      188 398
GENA8X      176 387
GEOM      371 388
GEOM3X      145 388
GEOM4Y      159 391
GEOM6X      152 389
GEOM8X      162 389
GEOM8Y      309 391
GEOM9X      168 390
GEOV4Y      171 392
GEOV8Y      207 392
GEV15Y      155 396
GEV4X3      293 397
GEVUPV      283 394
GEVUVP      299 395
Goodier, J.N.      25 29 30 32 46
Griffiths, D.V.      174 191 201 202 203 227 229 230 232 238 244 249
GSTRNG      100 399
Hardware      1
Hetenyi, M.      112 142
Higher order elements      67
Hill, R.      194 238
HING2      132 409 444
Hobbs, R.      42 45 294 299
Home, M.R.      22 45 134 136 142
Hughes, T.G.      38 46
Hughes, T.J.R.      84 96
Hwang, R.      94 96
Idriss, I.M.      94 96
Implicit methods      83 250 372
Incremental methods for nonlinear equations      192 200 201
Initial stress      201
Instability (structural frames)      21 134
Instability of recurrence relations      266
Integration, numerical (quadrature)      50 51
Invar      207 409 445
INVAR3      236 410 445
Invariants of stress      195
Irons, B.M.      47 49 50 96
Isoparametric mapping      49
Jacobian matrix      61
Jacobi’s method      58 305
Jaeger, J.C.      255 256 276
Jennings, A.      35 45
Key, S.W.      347 350
King, I.P.      201 238
Kopal, A.      50 96
Kroll, W.D.      22 45
KVDET      138 410
Lagrangian element      68
Laminar fluid flow      65
LANCZ1      58 410
LANCZ2      58 410
Lanczos algorithm      81
Laplace equation      40 239
Laterally loaded piles      359
LBBT      58 410
LBKBAN      58 410
Leckie, F.A.      21 45
Lee, G.C.      28 45
Levit, I.      84 96
Libraries      9 57
Lindberg, G.M.      21 45
Lindsey, C.H.      9 14
Line structures      97
Linear algebraic equations      79
LINMLS      58 410 446
LINMUL      58 411 446
Livesley, R.K.      22 45
LOC2F      114 411 447
LOC2T      123 411 448
LOC3F      118 411 447
LOC3T      125 411 448
Local coordinates      47 50
Lode angle      196
Lumped mass      80
Lundquist, E.E.      22 45
Lysmer, J.      94 96
Mainframe-computers      2
Mass matrix      66
matadd      57 411 449
MATCOP      57 411 449
MATINV      265 411 449
MATMUL      57 411 449
MATRAN      57 411 450
Matrix, banded      78
Matrix, sparse      78
Merchant, W.      22 45 136 142
Mesh generation      74
Micro-computers      2
Mindlin equation      365
Mini-computers      2
Mixed explicit/implicit method      345
MOCOPL      221 412 450
MOCOUF      215 412 451
MOCOUO      215 412 451
Modal superposition      89 320
Mohr — Coulomb failure criterion      198
Morgenstern, N.      217 237
MSMULT      57 412 452
Muskat, W.      40 45
MVMULT      57 412 452
NAG Library      9 57
Navier — Stokes equations      36 85 278
Nayak, G.C.      224 228 238
Naylor, D.J.      228 238
Newmark method      91
Newton — Raphson method      193
Nodal, forces      379
Nodal, freedom array      75
Non-associated plastic flow      195
Non-axisymmetric strain      172
Nonlinear material      192
Normal modes      89 322
NULL      57 412 452
NULL3      57 412 452
NULVEC      57 412 453
Numerical integration      50 51
NUMIN3      73 412 453
NUMINT      64 412 454
Offshore structures      351
Orthogonality      89
O’Connor, B.A.      42 45 273 276
PARAMETER      8
Parlett, B.N.      82 96 318 319
Pascal      4 11
Passive earth pressure      218
Penzien, J.      89 96
Piles, axially loaded      351
Piles, groups      365
Piles, laterally loaded      359
PINJ2      123 413 456
PINJ3      125 413 457
Plane strain      25 63 154 157 161 165 304 308 315
Plane stress      25 63 144 150 312
Plastic analysis of frames      127
Plasticity, associated      195
Plasticity, isotropic      194
Plasticity, kinematic      194
Plasticity, Mohr — Coulomb      198
Plasticity, non-associated      195
Plasticity, Von Mises      197
Plate bending      33 138
Porepressures      227
Porous media      241
Portability      6
Poulos, H.G.      157 191 368 372 378
Prandtl load      211
Prevost, J.H.      194 238
PRINTA      58 413
PRINTV      58 413
PRNCPL      413 458
Propagation problems      320
Przemieniecki, J.S.      103 142
Quadratic elements      67
Quadrature      50 51
Rao, S.S.      15 45
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