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Авторизация |
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Поиск по указателям |
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Zienkiewicz O.C., Taylor L.R. — The finite element method (vol. 2, Solid mechanics) |
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Предметный указатель |
Cooling tower, analysis example 233
Coordinates: cartesian and curvilinear relation 269
Coordinates: curvilinear 128 244 268
Coordinates: local and global 220
Coordinates: use of 3
Cormeau, I.C. 79 81 82 91 108
Corner nodes 124
Corner supported square plate 136
Cornes, G.M.M. 157 171
Cosines: direction 221 224
Cosines: normal direction 225
Cowper, G.R. 123 154 168; 241
Cozzarelli, F.A. 3 20; 106; 242; 317 328 338 339 341 360; 436
Cramer, H. 308 311
Crash analysis 18
Creep compliance 40
Creep law, Norton — Soderberg 81
Creep problems: basic formulation of 75
Creep problems: fully explicit solutions 77
Creep strain 78
Creep, in metals 80
Creus, G.J. 347 362
Crisfield, M.A. 28 29 31 34 36 37; 171; 214; 364; 395
Criterion, constant strain 132
Cross derivatives 123
Cross, D.K. 162 171
Cubic axisymmetric shell elements 277
Cubic elements 179
Cubic expansion 129
Cubic functions 130
Cubic Hermitian interpolations 296
Cubic interpolation 161
Cubic lagrangian interpolation 188 286
Cuomo, M. 347 363
Curnier, A. 347 355 362 363
Current configuration 312
Current configuration formulation 324
Current deformed configuration 314
Current stiffness parameter 35
Curved dams 283
Curved elements 244 251
Curved elements, properties 254
Curved elements, shape functions for 252
Curved elements, strain expressions for 254
Curved shells 267
Curved shells, polygonal shape approximation 249
Curved, isoparametric hexahedra 267
Curvilinear coordinates 128 244 268
Curvilinear coordinates, relation with cartesian 269
Curvilinear elements 262
Cusens, A.R. 297 309 310
Cwertny, A.J.(Jr.) 308 311
Cylinder: edge loaded 282
Cylinder: thick-walled, subject to internal pressure 46
Cylindrical billet, upsetting of 356
Cylindrical shells 250 281
Cylindrical vault 282
Cyr, N.A. 78 107
Cyrus, N.J. 124 169
Da Deppo, D.A. 371
Dahlquist, G. 24 36
Damllano, G. 396 411
Damping effects, with GN22 algorithm 424
Dams, curved 283
Darve, F. 68 106
Davidon, W.C. 28 36
Davies, J.D. 297 310
Dawe, D.J. 124 128 168; 230 231 308 310
de Borst, R. 84 91 93 108 109
DeAndrade, J.C. 308 311
Defalias, Y. 70 106
Definitions, strains and stresses 271
Deformation: behaviour of solids 137
Deformation: Cauchy — Green 338
Deformation: deformation analysis 349
Deformation: deformation gradient 315 316 321 344
Deformation: deformation tensors 316 328
Deformation: equations for 314
Deformation: finite 312
Deformation: polar decomposition of 398
Deformation: process of 319
Deformation: thin case axisymmetric shell 303
Deformation: thin plates 112
Deformed configuration 312
Degrees of freedom see DOF
Del Guidice, S. 14 21
Delcourt, C. 308 310
Delpak elements 260
Delpak, R. 244 252 254 258 259 260 264
Delta weighting, Dirac 189
Demmel, J. 24 36; 430
Dennis, J.E. 28 36
Desai, C.S. 82 108
Deviatoric term 42
Dhalla, A.K. 72 107
Dhatt, G. 31 37; 162 170 171; 240; 393
Dhatt, G.S. 144 170 196 214
DhiIlon, B.S. 200 214
Differential equations: forth order 112
Differential equations: model 41
Dill, E.H. 384 393
Dinno, K.S. 75 107
Dirac delta weighting 189
Direct elimination 159
Direct iteration 29
Direct iterative methods 34
Direction cosines 221 224
Discontinuity and slip lines 95
Discontinuity capture 95
Discontinuous deformation analysis (DDA) 397
Discontinuous S interpolation 182
Discrete collocation constraints 187 192
Discrete exact thin plate limit 202
Discrete Kirchhoff constraints 158
Discrete Kirchhoff theory (DKT) elements 161 188 194 196
Discretization 4 71 121 176 202
Discretization, error of 33 216
Discretized equilibrium equation 77
Displacement approximation equations, plates 121
Displacement boundary conditions 318
Displacement boundary restraints 73
Displacement control 31
Displacement field 270
Displacement formulation: plates 122
Displacement formulation: use of 9
Displacement functions 124 305
Displacement functions, multiplicative type 305
Displacement increment 166
Displacement-based finite element models 327
Displacements: finite element approximations to 5
Displacements: global 276
Displacements: global nodal 254
Displacements: tangential 256
Distributed loads 294
DKT (discrete Kimhhoff theory) elements 161 188 194 196
Doan, D.B. 396 410
Doblare, M. 367 392
DOF: 12 124 144
DOF: 16 144
DOF: 18 148 153
DOF: 21 124 144 153
DOF: 6 133 225
DOF: 9 128 144
Dome spherical 257
Dome spherical under uniform pressure 281
Dong, S.B. 200 214; 311
Draper, J.K. 123 167
Drilling rotational stiffness 225
Drucker — Prager yield conditions 62
Drucker, C.D. 51 62 104 106
| Duncan, W. 123 168
Dupuis, G. 217
Duvaut, G. 79 80 107
Dvorkin, E.N. 188 189 191 213; 287
Dworsky, N. 111 167
Dynamic buckling, computer programs for 428
Dynamic relaxation methods 34
d’Alembert principle 323
Ealer buckling, propped cantilever 374
Earthquake response, soil structures 19
Edge loaded cylinder 282
Edwards, G. 157 171; 241
Eigenfunctions 306
Eigenproblem 342
Eigensolutions, computer programs for 425
Eight-node serendipity element 286
Elastic bulk modulus 41
Elastic calculations 87
Elastic constitutive equations, rate form 345
Elastic deformation in joints 407
Elastic material, isotropic 300
Elastic moduli, isotropic material 340
Elastic modulus matrix 61
Elastic shear modulus 42
Elastic stability, energy interpretation 373
Elasticity matrix 55 245 272
Elasticity: as a variational problem 320
Elasticity: isotropic for plates 118
Elasticity: isotropic, and finite deformation 338
Elasticity: three-dimensional 155
Elasto-plastic behaviour 343
Elasto-plastic deformations: localization in 88
Elasto-plastic deformations: non-uniqueness in 88
Elasto-plastic matrix 55
Elasto-plastic modulus matrix 56
Elasto-plastic slope 99
Elasto-plastic solutions 249
Elasto-viscoplastic material 78
Elements: assembly of 219
Elements: axisymmetric shell 246
Elements: bilinear 179
Elements: choice of 230
Elements: constrained 155
Elements: cubic 179
Elements: curved 244 251
Elements: curvilinear 262
Elements: Delpak 260
Elements: discrete collocation constraints 187 192
Elements: discrete Kirchhoff triangular plate element 226
Elements: eight-node serendipity 286
Elements: enhanced mode 196
Elements: equilibrium 157
Elements: failure of 183
Elements: finite 251 329
Elements: geometric definition of 268
Elements: heterosis 180
Elements: Hinton — Huang 191
Elements: hybrid 157
Elements: integration 184
Elements: isoparametric quadratic 75
Elements: isoparametric three dimensional 174
Elements: joints 86
Elements: Kelvin 40
Elements: linear beam and plate 261
Elements: linear triangular 198
Elements: matrix notation 334
Elements: method for shells 217
Elements: mixed 155
Elements: parabolic-type 297
Elements: parallelogram 128
Elements: Pian — Sumihara 199 334
Elements: plane element stiffness 218
Elements: plate 157
Elements: plate bending 183
Elements: quadratic fully integrated (QS) 179
Elements: quadratic of Huang and Hinton 189
Elements: quadratic T6S3B3 196 369
Elements: quadrilateral 128 148 201
Elements: quadrilateral mixed 185
Elements: quartic and quintic 154
Elements: quasi-conforming 150
Elements: rectangular quadrilateral 209
Elements: rectangular with collocational constraints 192
Elements: rotation-free 162
Elements: rotational bubble modes 196
Elements: serendipity eight-node 286
Elements: serendipity quadratic 179
Elements: shell properties and transformations 272
Elements: shells with displacement and rotation 266
Elements: smoothed 150
Elements: strain and virtual strain in 10
Elements: superparametric 271
Elements: thick plate theory limitations 203
Elements: transformation to global coordinates 219
Elements: Trefftz-hybrid 158; see also Finite element; Triangles/triangular elements
Elements: use of 72
Elements: with mid-side slope connections only 230
Elias, Z.M. 244 265
ELMTnn computer element module 413
Elongation strain 91
Elsawaf, A.F. 34 37
Embankment under gravity 83
Energy function, stored, Saint — Venant — Kirchhoff model 320
Energy interpretation, elastic stability 373
Energy norm 144
Energy norm error 95
Energy norm error, estimates and adaptive refinement 93
Energy: constrained potential principle 193
Energy: minimum potential 162
Energy: transverse shear 189
Enhanced modes 196
Enhanced strain methods 332
Enhanced strain mode 248
Enthalpy 14
Eqnilibrating stress field 157
Equations: deformation 314
Equations: differential 41 112
Equations: discretized equilibrium 77
Equations: displacement approximation, plates 121
Equations: elastic constitutive, rate form 345
Equations: equilibrium 3 6 163 225 317 371
Equations: Euler, for static equilibrium 321
Equations: finite element convergence 60
Equations: finite elements, plates 121
Equations: fourth-order differential 112
Equations: Galerkin (variational) 10
Equations: inelastic constitutive 12
Equations: integral model 43
Equations: kinematics and deformation 314
Equations: non-linear algebraic 22
Equations: of rigid body motion 399
Equations: plate equilibrium 115
Equations: plate problem 113
Equations: Prandtl — Reuss 63
Equations: singular systems 182
Equations: strain-displacement, mixed form 11
Equations: stress measures 316
Equations: tangent system 32
Equations: traction measures 317
Equations: virtual work 5
Equilibrium elements 157
Equilibrium equation 3 163 225 317 371
Equilibrium equationresidual form 6
Equilibrium, weak form for 4
Equivalence, discontinuous S interpolation 182
Ericksen, J.L. 433 434 436
Erratic yielding 249
Error indicators, alternative refinement using 95
Errors, from incomplete solutions 33
Euler (explicit) method 79
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