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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
Strain rates      3 4
Strain rates, deviatoric      5
Strain: deviatoric      71 72
Strain: infinitesimal      4
Stream function calculation      289
Stream: stagnation      302
Streamline assembly      28
Streamline balancing diffusion      27—30
Streamline direction      39
Streamline Pctrov — Galerkin      27—30
Streamlines      176
Streamwise velocity      304
Stress coefficient, shear      304
Stress: deviatoric      65 71 92
Stress: hydrostatic      4
Stress: Reynolds shear      162
Stresses in fluids      4
Stresses: bottom drag      222
Stresses: deviatoric      1 5 72
Stresses: internal      8
Stresses: radiation      235
Stresses: Reynolds      143
Stresses: surface shear      221
Stresses: viscous      222
Stretching ratio      108 109 110
Stretching, clement      182
Strouboulis, T.      102 135; 270
Structured finite element grids      274
Structured mesh generators      275
Structured mesh: locally      108
Structured meshes      169 207 276 286
Structured subgrid of elements      208
Structured triangle elements      206
Subdivision: unstructured domain      2
Subdivisions, mesh      301
Subdomain collocation      2
Submarine      3 149
Submarine fluid-structure interaction      262
Submarine model: DARPA      149 152
Submerged hydrofoil      148 149
Subramanian, G.      109 138
Subsonic flow      67 81 84 189
Sugawara, T.      266 267 273
Sujatha, K.S.      159 167
Suli, E.      38 62
Sundararajan, T.      67 77 88; 109 110 120 137 140; 155 159 161 166 167; 290
Superconvergent values      107
Supercritical flow      235 236
Supercritical inflow      235
Superplastic forming      130
Supersonic car      191
Supersonic fighter      189
Supersonic flow      67 82 185
Supersonic inflow boundary      172
Supersonic outflow boundaries      173
SUPG (Streamline Upwind Petrov — Galerkin)      48
Surface condition: Cauchy — Poisson free      265 266
Surface flows: free      3 91 144
Surface mesh      152
Surface normals      276 278
Surface perturbation      3
Surface pressure      202
Surface shear stresses      221
Surface wave      251
Surface: free      96 143—145 219 265 266 274
Surface: wing      304
Sutherland's law      171 284
Swansea      229
Swansea two step      57
switch      175
Switch, pressure      174 286
Swith, I.      274 289
Symmetric channel      236
Synthetic rubbers      132
System matrix, conditioning      250
Szepessy, A.      28 34 61; 215
Szmelter, J.      67 82 90; 113 136; 217
Takeuchi, N.      223 240
Tamaddonjahromi, H.R.      132 142
Tanner, R.I.      120 139
Tarn, A.      102 137
Tarn, Z.      270 273
Taylor expansion      39 40
Taylor — Galerkin      34 39 47 48 56 57 85 170 173 224
Taylor — Galerkin, two-step      55
Taylor, C.      161 167; 240; 270
Taylor, R.L.      67 89; 132 138 142; 289
Temam, R.      4 12
Temperature      3 143 286 289
Temperature, absolute      7 92 154
Temperature-dependent viscosity      11
Tensor, strain rate      118
Tetrahedral elements      206
Tezduyar, T.T.I.      38 62; 215; 241
Thareja, R.R.      102 108 136; 187 188 213
Theorem: Berkhoff's      265 266
Theorem: boundary layer      212
Theorem: Green's      252 298
Theorem: shallow-water      265 266
thermal conductivity      8 65 66 156 159 161
Thermal coupling      11 125
Thermal diffusivity      154
Thermal flows      286
Thermal insulations      157
Thickness: boundary layer      207 304
Thickness: displacement      304
Thomas, H.R.      289 290
Thompson, E.G.      120 139
Thompson, J.F.      109 138
Thompson, L.L.      265 273
Three-dimensional inviscid examples      188
Three-dimensional viscous problems      207
Threshold value (of stress, Bingham)      118
Thrust reverser, hemispheric      96
THRUST SSC      191
Thwaites compressible      302 303
Tidal bore      229
Tidal computations, transient      236
Tidal currents      238
Tidal elevations      226 227
Tidal motions, periodic      225
Tide, M2      227
Tien, C.L.      159 166
Time averaged viscosities      143
Time loop      278
Time step: critical      224
Time stepping      275
Time stepping options      280
Time stepping, local      78 280 284
Total depth      220
Total strain invariant      118
Total wave elevation      251
Townsend, P.      132 142
Toyoshima, S.      116 126 138 141
Traction      73
Tractions, boundary      83
Trailing edge      150
Transfer: heat      157
Transfer: mass      274 275
Transient changes of pressure      2
Transient dampers      265
Transient extrusion      128
Transient metal forming      132
Transient phenomena      3
Transient problems      120 124 265
Transient response of dipole      265
Transient scalar equations      34
Transient solution      15
Transient tidal computations      236
Transonic speeds      48
Transonic viscous flow      203
Transpiration velocity      210 304 305
Transport equation      14 163 171
Transport equation, depth-averaged      237
Transport equation, heat      153
Transport of sediments      218
Transport: energy      11
Transport: mass      289
Transport: sediment      218
Transport: shallow-water      237
Tremayne, D.      191 216
Trial functions, velocity      223
Triangle elements      207 274
Triangle elements, linear      283
Triangle elements, structured      206
Triangulation, Delaunay      109
Trigonometric functions      256 260
Trottenberg, U.      189
Tsubota, K.      224 241
Tsunami wave      231 233
Tsunami, Severn      234
Tube: Riemann shock      177
Tube: shock      224
Tunnel: wind      179 192
Turbomachinery      169
Turbulence      3 10 143 161
Turbulence effects      212
Turbulence modelling      75 171 212
Turbulence structure      304
Turbulent      221 302
Turbulent $k-\omega$ model      209
Turbulent $k-\varepsilon$ model      209
Turbulent eddy viscosity      162
Turbulent flow      143 161 164 210 274 275 289
Turbulent kinetic energy      162
Turbulent region      303
Turkel, E.      250 253 271
Turner-Smith, E.A.      169 214
Two-component aerofoil      206
Two-equation models      163
Two-step predictor-corrector methods      55
Two-step schemes      84
Two-step Taylor — Galerkin operation      55
Unbounded domains, waves in      250 253
Unconditionally stability      54
Unconditionally unstability      55
Unconjugated infinite elements for waves      264
Undesired reflections      227
Uniform mesh      112
Universal gas constant      7 65 154 170
Unstable vortex street      149
Unstable, unconditionally      55
Unstructured domain subdivision      2
Unstructured finite elements grids      274
Unstructured grids      303
Unstructured mesh generator      109
Unstructured meshes      286
Updated mesh      36
Updating: mesh      35 147
Upson, C.D.      67 87
Upwind difference approximation      17 18
Upwind parameter: critical stable      20
Upwind parameter: optimal      19 20 25 42
Upwind Petrov — Galerkin, streamline      28
Upwinding characteristic-based procedures      59
Upwinding in one dimension      18
User manual      276
User-prescribed time step value      280
Usmani, A.S.      109 138; 290
Utnes, T.      67 88
Vadyak, J.      174 214
Vafai, K.      159 166
Vahdati, M.      102 105 108 109 135; 182 183 184 213
Vallet, M.G.      102 137
Value: threshold (of stress, Bingham)      118
Values, principal (of curvatures)      107 108
Values, principal (of curvatures), superconvergent      107
van der Lugt, J.      128 141
Variable source term      22
Variable width      236
Variable: auxiliary      69
Variable: characteristic      175
Variable: choice of      110
Variable: conservative      298
Variable: momentum      284
Variable: Reimann      173
Variable: temperature      286
Variational Principle      22
Variational treatment      251
Vazquez, C.      38 62
Vazquez, M.      28 34 41 61 62; 77 81 89 90; 98 99 134 135; 185 186 187 198 199 200 215 216
Vector potentials      243
vector-valued functions      52
Vector: mass flow      74
Vector: RHS      284
Vehicles, high-speed      212
Veldpaus, F.E.      128 141
Velocities, prescribed boundary      120
Velocity components      65
Velocity increment, lagrangian      132
Velocity model, transpiration      210
Velocity potential      243 265 266
Velocity profile shape parameter      304
Velocity trial functions      223
Velocity-pressure interpolations      117
Velocity: acoustic wave      11
Velocity: convection      293
Velocity: group      243
Velocity: streamwise      304
Velocity: transpiration      304 305
Verhoeven, N.A.      169 189 214
Very high reynolds Number      208
Very slow speeds      2
Very slow viscous flow      66
Vessel: pressure      196
Vessels      250
Vilotte, J.P.      108 116 138
Viscoelastic flows      131
Viscoplasticity      118
Viscosities: artificial      174
Viscosities: time averaged      143
viscosity      2 5 92 98 115 174
Viscosity coefficient      221
Viscosity ratio      66
Viscosity terms, artificial      280
Viscosity, anisotropic      174
Viscosity, dynamic      66 156
Viscosity, dynamic shear      5
Viscosity, flow-dependent      3
Viscosity, isotropic      118
Viscosity, kinematic      66 154 162
Viscosity, non-linear      118
Viscosity, Reynolds      10
Viscosity, secant      118
Viscosity, temperature-dependent      11
Viscosity, turbulent eddy      162
Viscosity, volumetric      5
Viscosity-strain rate dependence      118
Viscous boundary layers      110 304
Viscous diffusive terms      76
Viscous dissipation      245
Viscous drag      146
Viscous effects      3
Viscous flow: hypersonic      207
Viscous flow: transonic      203
Viscous flow: very slow      66
Viscous incompressible flow      113
Viscous problems, three-dimensional      207
Viscous stresses      222
Viscous-inviscid coupling      210 211
1 2 3 4 5 6 7 8 9
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