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Zienkiewicz O.C., Taylor L.R. — The finite element method (vol. 3, Fluid dynamics)
Zienkiewicz O.C., Taylor L.R. — The finite element method (vol. 3, Fluid dynamics)



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Название: The finite element method (vol. 3, Fluid dynamics)

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 Three: Fluid Dynamics is intended for readers studying fluid 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: 348

Добавлена в каталог: 20.02.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Fortin, M.      102 118 137 139
Fortin, N.      118 139
Fourment, L.      120 140
Franca, L.P.      24 60
Free boundary condition      233
Free surface      96 143—145 219 265 266 274
Free surface flows      3 91 144
Free wave      269
Frequency independent mass matrix      265
Frequency: angular      242 243
Frey, P.J.      102 109 137
Frey, W.H.      109 138
Friction coefficient: Manning      229
Friction coefficient: skin      304
Friction: bed      226 235 245
Friction: skin      202
Frictional dissipation      228
Frictional resistance      226
Front, shock      196
Froude number      148 149 224 235 236
Fully conservative form      286
Fully explicit form      76 275
Fully explicit mode      99
Fully implicit form      275
Fully incompressible problems      99
Function: convected shape      37
Function: linear shape      16
Function: oscillatory      262
Function: potential      94
Functional      251
Functional, energy      255
Functions: Hankel      256 258 260
Functions: trignometric      256 260
Functions: vector-valued      52
Functions: velocity trial      223
Functions: weighting      19
Fyfe, K.R.      260 264 272
Galeao, A.C.      176
Galerkin algorithm, characteristic      43
Galerkin approximation      54 57 70 Petrov
Galerkin finite element      18 176
Galerkin Least Squares (GLS)      30
Galerkin methods      1 16 23
Galerkin methods, characteristic      34
Galerkin methods, discontinuous      293
Galerkin, discontinuous      26
Gallagher, R.H.      18 59; 166
Gangaraj, S.K.      244 270
Garg, V.K.      289 290
Gas constant: universal      7 65 154 170
Gas flow: compressible      57 73 218
Gas flow: flow of      3
Gas flow: gas, compressible      169
Gas flow: high-speed      57 169
Gas flow: ideal      3 7 170
Gas flow: incompressible      169
Gauss — Legendre integration      248 262
Gaussian distribution      46
Geers, T.L.      253 254 255 265 271
Generator: structured mesh      275
Generator: unstructured mesh      109
Geomechanics      157
Geometrical factor      264
Geometry, die      130
George, P.L.      102 108 109 110 137 138; 216
Gerdes, K.      259 264 265 272
Ghia, K.N.      97 98 112 134
Ghia, U.      97 98 112 134
GID      289
GiD, International Center for Numerical Methods in Engineering      289 290
Girodroux-Lavigne, P.      212 217
Giuliani, S.      67 87; 141
Givoli, D.      253 254 259 265 271
Gladwell, G.M.L.      242 270
Gloucester      229
GLS      48
Gnoffo, P.A.      102 135
Godbole, P.N.      116 120 126 138 139
Goudreau, G.L.      132 142
Goussebaile, J.      38 62
Governing equations, depth-averaged      220
Gowda, Y.T.K.      67 88; 166
Gradient based procedure      113
Gradient based refinement      110
Gradient procedures, conjugate      77
Gradients, pressure      91
Grashoff number      154
Gravity      91
Gravity forces      96
Gray, W.      223 240
Gray, W.G.      226 241
Gray, W.R.      223 239
Green's theorem      252 298
Green, A.      191 216
Green, J.E.      210 211 216 217
Green, P.J.      109 138
Gregoire, J.P.      38 62
Gresho, P.M.      67 87 88; 139
Grids, unstructured      303
Griffiths, D.F.      18 19 27 60
Griffiths, D.V.      274 289
Ground, moving      192
Group velocity      243
Gunzberger, M.      250 253 271
Guymon, G.L.      22 60
h-refinement process      180
Habashi, W.G.      102 137
Hackbush, W.      189 216
Half-bandwidth      276 286
Hall, C.D.      223 240
Halleux, J.I.      128 141
Hallquist, J.O.      132 142
Halpern, P.      223 240
Haltiner, G.J.      218 239
Hankel functions      256 258 260
Hansbo, P.      176
Hara, H.      266 267 273
Harbani, Y.      38 62
Harbour series, infinite      235
Harbour: artificial offshore      258
Harbour: flow past      235
Harbour: Long Beach      258
Harbour: open      250
Hardy, O.      102 103 136
Hassan, O.      57 63; 108 109 136 137 138; 168; 187 189 191 192 193 197 201 202 206 207 208 209 213 214 216; 247 270 271
Hauguel, A.      38 62
Hause, J.      109 138
Hearn, G.E.      269 273
Heat capacity, averaged      159
Heat conduction      275
Heat convection      238
Heat flux, conductive      8
Heat generation terms      33
Heat input      124
Heat source terms      8
Heat transfer      157
Heat transport equation      153
Heat: evolution of      121
Heat: latent      289
Heat: specific      64 92 121 156 170
Hecht, F.      38 62; 109 110 137; 216
Heel angle      150
Heights, tidal      227
Heinrich, J.C.      18 25 27 34 60 61; 124 139; 166; 235 239 240
Helmholtz equation      223 242 243 244 248 255
Hemispheric thrust reverser      96
Hemker problem      296
Hermitian matrix      263
Herrmann, L.R.      22 60
Hervouet, J.      223 240
Hetu, J.F.      102 113 136
Hexahedra      132
Hierarchical form      301
Hierarchical formulation      300
Hierarchy of boundary operators      254
High Reynolds number      113 207
High-speed flow of gases      52
High-speed flows      10 171 180 187 280
High-speed flows, compressible      280
High-speed gas flow      169
High-speed vehicles      212
Higher Mach numbers      174
Higher-order approximations      25
Higher-order dampers      254
Higher-order interpolations      293
Highly anisotropic diffusion      28
Hindmarsh, A.C.      67 88
Hino, T.      147 148 165
Hinsman, D.E.      223 240
Hirano, H.      224 241
Hiriart, G.      96 134
Hirsch, C.      4 12; 214
Hirt, C.W.      148 165
Hoffman, J.D.      174 214
Holford, R.L.      261 262 265 272 273
Hood, P.      18 59; 161 166 167
Hot metals      120
Hot water discharge      239
Houston, J.R.      258 271
hp refinements      103
hp-version finite element      295
Huang, G.C.      118 123 125 139 140
Huang, M.S.      108 138
Huerta, A.      67 88
Huetnik, J.      120 128 140 141
Hughes, T.G.      161 167
Hughes, T.J.R.      16 20 23 24 27 28 59 60 61; 138; 178 215
Hulbert, G.M.      24 60
Hulburt, H.E.      223 239
Huyakorn, P.S.      18 27 60
Hybrid finite element      295
Hybrid mesh      204
Hybrid methods      293
Hydraulic Research Station      226 227 241
Hydrodynamics: ship      145 146
Hydrofoil: submerged      148 149
Hydrostatic adjustment      147
Hydrostatic pressure      3—5 223
Hyperbolic duct      262
Hyperbolic problems      110
Hypersonic flow      65 184 207
Idea gas law      7 170
Ideal flow      3
Ideal plasticity      119
Idelsohn, I.R.      147 165; 290
Idelsohn, S.R.      34 61
Ihlenburg, F.      244 270
Ill-conditioning      265
Implicit form: fully      275
Implicit form: nearly      42 76
Implicit form: quasi-nearly      77
Implicit solution      54
Inagaki, K.      224 241
Incident mode      263
Incident waves      251 252
Incompressibility      1 2 3 5 10 11 66 78 81 97
Incompressible elastic solids      66 113
Incompressible flow      99 110 275
Incompressible flow codes      274
Incompressible flow, CBS algorithm      97
Incompressible flow, inviscid      93
Incompressible flow, nearly      10
Incompressible flow, turbulent      143
Incompressible flow, viscous      113
Incompressible fluid      218
Incompressible gases      169
Incompressible laminar flow      91
Incompressible materials      92
Incompressible Stokes flow      79
Incropera, F.P.      155 166
Indentation problem, punch      126
Indirect boundary integral method      256
Infinite boundaries      173 261
Infinite elements      252 259 262 265
Infinite elements, Burnett      261 262
Infinite elements, conjugated      264
Infinite elements, ellipsoidal type      261
Infinite elements, mapped periodic      260
Infinite elements, static      260
Infinite elements, unconjugated      264
Infinite elements, wave envelope      262
Infinite harbour series      235
Infinitesimal strain      4
Infinity, boundary at      251
Inflow boundary, supersonic      172
Inflow limits      178
Inflow, supercritical      235
Inlet boundary conditions      45
Inlet Mach number      84
Input: data      275
Input: heat      124
Inside node      299
Instability, wave      271
Insulations, thermal      157
Intake, engine      194
Integral method: direct boundary      255
Integral method: indirect boundary      256
Integral models, boundary      262
Integrals: boundary      252 256
Integrals: domain      252
Integrals: exterior boundary      255
Integration: by parts      70
Integration: direct      276
Integration: Gauss — Legendre      248 262
Integration: radial      262
Integration: reduced      116
Interaction      262
Interaction, boundary layer      201
Interaction, fluid-structure      265 266
Interaction, shock      201
Interface jumps      294
Interior flows      169 172
Intermediate depth water      268
Intermediate momentum      279 284
Internal energy      170
Internal stresses      8
Internal work dissipation      123
Interpolation error      104 106 108
Interpolation methods      35
Interpolation of residuals      301
Interpolation: local patch      107
Interpolations: higher-order      293
Interpolations: velocity-pressure      117
Invariant: total strain      118
Invariants, Riemann      58
Inviscid behaviour      171
Inviscid Euler solution      209
Inviscid examples, three-dimensional      188
Inviscid flow      10 274
Inviscid incompressible flow      93
Inviscid method, multiblock Euler      303
Irons, B.M.      120 139
Irrotationality      94
Isaacson, E.      17 59
Island problem, artificial      259
Isothermal compressible flow equations      223
Isothermal conditions      177
Isothermal flow      178
Isothermal form      219
Isotropic fluid, linear newtonian      5
1 2 3 4 5 6 7 8 9
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