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Zienkiewicz O.C., Taylor L.R. — The finite element method (vol. 2, Solid mechanics)
Zienkiewicz O.C., Taylor L.R. — The finite element method (vol. 2, Solid mechanics)



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Название: The finite element method (vol. 2, Solid mechanics)

Авторы: Zienkiewicz O.C., Taylor L.R.

Аннотация:

In the years since the fourth edition of this seminal work was published, active research has developed the Finite Element Method into the pre-eminent tool for the modelling of physical systems. Written by the pre-eminent professors in their fields, this new edition of the Finite Element Method maintains the comprehensive style of the earlier editions and authoritatively incorporates the latest developments of this dynamic field. Expanded to three volumes the book now covers the basis of the method and its application to advanced solid mechanics and also advanced fluid dynamics. Volume Two: Solid and Structural Mechanics is intended for readers studying structural mechanics at a higher level. Although it is an ideal companion volume to Volume One: The Basis, this advanced text also functions as a "stand-alone" volume, accessible to those who have been introduced to the Finite Element Method through a different route.


Язык: en

Рубрика: Математика/Численные методы/Конечные элементы/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: Fifth edition

Год издания: 2000

Количество страниц: 479

Добавлена в каталог: 20.02.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Stress: uniaxial      49
Stresses and strains, definitions      271
Stretching ratio      96
Strickland, G.E.      217 240
Stricklin, J.A.      72 107; 162 170; 255 264 265; 311
Strome, D.R.      157 171; 240; 248 250 251 303 304 310
Structural dynamics      15
Structural problems, non-linear      365
Sture, S.      90 109
Subincrementation      57
Sublayer models      54
Subparametric derivation      252
Substitute shape functions      150
Substitute shear strain matrices      194
Sufirez, B.      188 194 214
Sumihara, K.      334 361
Suneda, D.K.      101 110
Superparametric elements      271
Surface plasticity models      70
Sved, G.      308 310
Swaddiwudhipong, S.      308 310
Symmetric stress behaviour      164
Systems, irreducible      175
Szabo, B.A.      347 363
Szabo, T.      347 363
Szilard, R.      376 392
Tabbara, M.      91 109
Tadros, G.S.      297 310
Tahar, M.B.      144 170; 236 242
Tangent computation      12
Tangent equation system      32
Tangent matrix      66 77 337 379 383 416
Tangent matrix terms      371
Tangent matrix terms and nodal forces      337
Tangent matrix, computer program for      416
Tangent matrix, evaluation of      379 383
Tangent matrix, use of      8
Tangent moduli      42
Tangential displacements      256
Tarnow, N.      359 363 364; 386 392 394
Tatsueka, T.      70 107
Taylor, R.L.      3 4 20 21; 45 46 53 58 59 66 68 69 71 73 79 88 104 105 106 107 108; 128 133 169; 182 183 185 188 191 194 195 196 199 200 203 211 212 213 214 215; 229 242; 267 270 274 278 280 283 286; 329 332 334 336 337 338 341 342 344 347 355 360 361 362 363; 392; 430; 436
Tensor form, relation with index relation      5
Tensors: Almansi strain      316
Tensors: Cauchy — Green deformation      316 338 342
Tensors: Green strain      316
Tensors: Green — Lagrange strain      368
Tensors: mixed deformation      328
Tensors: nine component computations      50
Tensors: second-order, invariants of      432
Tensors: two-point      315
Tessler, A.      200 214; 395
Tests: mixed patch      230
Tests: spherical shell problem      227
Tests: spherical test problem      226
Teter, R.D.      78 107
Tezduyar, T.      188 213
Tham, L.G.      307 308 310 311
Theocaris, P.S.      73 107
Theory: large displacement of beams      365
Theory: large displacement of thick plates      375
Theory: large displacement of thin plates      381
Theory: shallow shell      217
Theory: two-dimensional of beams      366
Theron, N.J.      396 411
Thick box bridge prism      294
Thick plate elements, theory limitations      203
Thick plates      111
Thick plates and shells      277
Thick plates, large displacement theory      375
Thick plates, mixed formulation for      180
Thick plates, numerical solution for      173
Thick shells, axisymmetric, curved      275
Thick-walled cylinder subject to internal pressure      46
Thin case, axisymmetric shell: no shear deformation      303
Thin case, axisymmetric shell: shear deformation      304
Thin membrane box structures      295
Thin plates      111
Thin plates, irreducible approximation      120
Thin plates, large displacement theory      381
Thin plates, theory of      112
Thin plates, thin plate limit      203
Thomas, G.R.      217 241
Three-dimensional analysis, shells      266
Three-dimensional elasticity      155
Three-field mixed finite deformation formulation      328
Three-field mixed method for general constitutive models      9
Time-independent plasticity theory, classical      48
Timoshenko, S.P.      3 20; 113 121 216 240; 245 252 257 265; 310; 392
Tisdale, P.      144 162 170
Tocher, J.L.      123 124 136 139 144 167 169; 240
Tolerance limits      33
Tong, P.      31 36; 171;
Tong, R.      157 171
Too, J.      179 185 212; 270 274 278 280 283 286; 308 309
Torbe, I.      157 171
Toroidal shell, under pressure      258
Torsion, variable section circular bar      300
Total increment, use of      7
Tower, axisymmetric, under non-symmetric load      301
Toyoshima, S.      182 212
Traction boundary      120
Transformation matrix form      4
Transformations: and rotational stiffness      226
Transformations: and shell element properties      272
Transformations: isoparametric      262
Transformations: Jacobian      199 273
Transformations: orthogonal      220
Transformations: push forward      340
Transformations: to global coordinates      219
Transforms, node      220
Transient heat conduction      14
Transient problems: computer procedures for      419
Transient problems: non-linear      6
Transient problems: non-linear, typical examples      14
Transient solutions      401
Translation constraints on couplings      405
Translational constraint joints      407
Transverse shear energy      189
Transverse shear group strains, plates      117
Trefftz-hybrid elements      158
Tresca surface expressions      89
Tresca yield conditions      62
Triangles/triangular elements and collocation constraints      194
Triangles/triangular elements, 12 DOF      144
Triangles/triangular elements, 15 DOF      148
Triangles/triangular elements, 18 DOF      153
Triangles/triangular elements, 21 DOF      153
Triangles/triangular elements, 6 DOF      133
Triangles/triangular elements, 9 DOF      128 144
Triangles/triangular elements, arbitrarily oriented in space      223
Triangles/triangular elements, Clough and Toucher      148
Triangles/triangular elements, compatible      148
Triangles/triangular elements, linear      200
Triangles/triangular elements, mixed      186
Triangles/triangular elements, Pascal      154
Triangles/triangular elements, plate bending      151
Triangles/triangular elements, quadratic      135
Triangles/triangular elements, simple      145
Truesdell, C.      345 361
Tsay, C.-S.      390 394
Tu, T.      198 214
Tuba, I.S.      347 361
Turner, M.J.      384 393
Twisting moments, plates      118
Two-point tensor      315
UMESHn computer input routine      413
Underground power station, and no-tension issues      84
Uniaxial stress      49
Unsymmetric solver      313
Unsymmetrical loads      244
Utku, S.      162 163 171; 240
Vahdati, M.      96 110
Valliappan, S.      56 73 84 86 105 108
Van Loan, C.F.      69 106; 412; 430
van Randen, Y.      347 361
Variables: lagrangian      113
Variables: nodeless      255
Variational description for finite deformation      319
Variational Galerkin statement      137
Variational Principle      162
Variational theorem for finite elasticity      320
Vault, cylindrical      282
Vector, nodal      127
Velocity matrices      399
Ventura, G.      347 363
Vibration modes, computer programs for      428
Vilotte, J.P.      182 212
Virtual displacements, finite element approximations to      5
Virtual work      134
Virtual work equation      5
Virtual work statement      132
Virtual work, plates      121
Viscoelastic relaxation function      46
Viscoelasticity      39
Viscoelasticity, iterative solution scheme      80
Viscoelasticity, linear models for      39
Viscoplastic (or creep) strain rate      78
Viscoplastic laws      80
Viscoplastic model      79
Viscoplasticity      88
Viscoplasticity/viscoplastic models      78
Visser, W.      123 154 156 168 170
Vlachoutsis, S.      286 287
Volker, R.E.      101 110
Volumetric strain approximations      11
Volumetric stress effects      11
von Mises, R.      51 104
von Reisman, W.      72 107
Vu Van, T.      355 363
Vu-Quoc, L.      25 36; 392
Walters, D.      124 169
Walz, J.E.      124 169
Warburton, G.B.      124 169
Wasfy, T.M.      390 395
Washizu, K.      4 21; 245 262 265
Watson, M.      39 48 104
Weak form for equilibrium      4
Webster, J.J.      217 241; 256 264
Wehage, R.A.      396 410
Weighted residual Galerkin form      156
Weighting, Dirac delta      189
Weikel, R.C.      217 240
Wempner, G.A.      162 171
Westergaard, H.M.      433 436
White, J.L.      39 104
Wilkins, M.L.      58 105
Wilkinson, J.H.      415 425 430
Will, G.      217 241
Willam, K.J.      90 93 109 110
Wilson, E.L.      149 170; 226 242; 265; 310; 361; 385 393; 425 431
Winnicki, L.A.      63 106; 311
Winslow, A.M.      101 102 110
Withum, D.      154 170
Witmer, E.A.      244 264
Wittaker, E.T.      401
Woinowski-Krieger, S.      111 113 121 216 240; 245 252 257 265
Wong, K.      396 399 401
Wood, R.D.      124 134 168; 317 320 328 333 338 339 345 360; 384 388 392; 411
Work, internal/external virtual, plates      121
Wriggers, P.      332 337 338 347 350 351 355 360 361 362 363; 392
Wu, J.      96 110
Wunderlich, W.      308 311
Xie, Y.M.      70 106
Xu, Z.      185 186 197 198 200 206 213 214
Yamada, Y.      56 105
Yang, H.T.Y.      286 288; 393
Yang, T.Y.      388 394
Yield conditions: Drucker — Prager      62
Yield conditions: Huber — von Mises      62
Yield conditions: Mohr — Coulomb      62
Yield conditions: Tresca      62
Yield functions      50
Yield stress      48
Yield surfaces, isotropic      61
Yield: and multiaxial stress      49
Yield: surface and normality criterion      50
Yielding, erratic      249
Yishimura, N.      56 105
Yoshimura, N.      384 393
Young's modulus      272 369
Yu, J.      93 110
Zanisek, A.      154 170
Zarate, F.      162 163 164 172
Zarka, J.      79 107
Zavarise, G.      332 351 363
Zeng, L.F.      185 198 200 206 213
Zero stress increment      60
Zhong, H.G.      390 395
Zhong, W.X.      183 213
Zhong, Z.      347 362
Zhu, D.S.      308 311
Zhu, J.Z.      94 110;
Ziegler, H.      52 104
Zienkiewicz, O.C.      3 4 14 15 19 20 20 21; 34 36 37; 48 51 53 56 57 62 63 69 70 73 77 78 79 81 82 84 88 91 93 94 96 101 102 103 104 105 106 107 108 109 110; 124 126 128 132 133 139 144 148 156 167 168 169 170; 177 179 182 183 185 186 188 191 194 195 196 197 198 200 207 210 211 212 213 214 215; 224 226 227 231 232 240 242; 257 258 259 260 261 262 264 265; 267 270 274 275 278 280 283 284 286; 297 302 308 309 310 311; 361; 385 386 388 392 393 394; 430; 436
Zone of attraction      26
1 2 3 4 5 6 7
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