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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
Eigenvalue analysis      58 244
Eigenvectors      244
Eiseman, P.R.      109 138
Elastic behaviour      2
Elastic bulk modulus      11
Elastic compressibility      132
Elastic recovery      132
Elastic solids, incompressible      66
Elastic sphere diffraction      262
Elastic waves      245
Elasticity, incompressible      113
Electric field intensity vectors      246
Electromagnetic scattering problems      246
Electromagnetic wave problems      57
Electromagnetic waves      4 242 243 245
Electromagnetics      243 250
Element area calculation      276
Element elongation      107 108 109
Element formulation, edge-based finite      298
Element grids, structured finite      274
Element size, smallest      181
Element stretching      182
Element stretching, infinite      262
Element stretching, potential      265 266
Elements grids, unstructured finite      274
Elements: Burnett      262
Elements: conjugated infinite      264
Elements: elongated      197
Elements: finite      2
Elements: infinite      252 259 265
Elements: linear triangular      283
Elements: quadrilateral      206 207
Elements: special finite      249
Elements: static infinite      260
Elements: structured triangle      206
Elements: tetrahedral      206
Elements: triangle      207 274
Elements: unconjugated infinite      264
Elementwise conservative      296
Elevation: second-order wave      269
Elevation: total wave      251
Elevation: wave      242 243
Elevations: tidal      226
Elevations: wave      265 266
Ellipse diffraction      261
Ellipsoid: double      207 208
Ellipsoidal coordinates      261 262
Ellipsoidal type infinite elements      261
Ellwood, K.      82 90
Elongated elements      197
Elongation directions      180
Elongation: element      107—109
Energy      159 170 284
Energy conservation      7 65 124
Energy conservation equation      3
Energy coupling      279
Energy dissipation      8
energy equation      74 91 286 289
Energy functional      255
Energy norm error      113
Energy transport      11
Energy, balance of      8
Energy, conservation of      66 92 291
Energy, internal      170
Energy, kinetic      121
Energy, specific      92 94
Energy, turbulent kinetic      162
Energy/temperature calculation      279
Engine intake      194
Engleraan, M.S.      118 139
Engquist, B.      254 271
Enthalpy      8 94
Entrainment coefficient      304
Entropy, constant      64
Equation of state      7 67
Equation solving      275
Equation: Bernoulli      94 147 265 266
Equation: Burger      50 52
Equation: continuity      99
Equation: convection-diffusion      4 26 47 293
Equation: density-pressure      73
Equation: energy      74 286 289
Equation: energy conservation      3
Equation: Euler      9 176 177
Equation: heat transport      153
Equation: Helmholtz      223 242 243 244 248 255
Equation: Korteweg-de Vries      268
Equation: Laplace      96 265 266
Equation: momentum      154
Equation: Navier — Stokes      9
Equation: Poisson      97
Equation: pure convection      146
Equation: scalar convection-diffusion      92
Equation: self-adjoint      96
Equation: transport      14 163
Equation: wave      242
Equations of motion      153
Equations: averaged flow      162
Equations: convection-diffusion      13 25 72
Equations: decoupled      58
Equations: depth-averaged governing      220 237
Equations: energy      91
Equations: Euler      8 10 93 150 171 172 218 298 302
Equations: Euler — Stokes      275
Equations: Maxwell      243 246
Equations: Navier — Stokes      10 26 146 150 170 180 197 210 212 219 291
Equations: non-conservative      9
Equations: non-self-adjoint      1
Equations: potential flow      146
Equations: shallow-water      223
Equations: Stokes      81
Equations: transient scalar      34
Equations: transport      171
Equations: wave      268
Equilibrium conditions      304
Equilibrium, dynamic      6
Erason, C.      253 260 262 271 272
Ergun's relations      159
Ergun, S.      159 167
Error estimator      102
Error indicator      102
Error indicators, a posteriori      244
Error limit      106
Error: diffusion      239
Error: energy norm      113
Error: interpolation      104 106 108
Error: pollution      244
Error: RMS departure      106
Errors, phase      229
Esche, S.K.      130 142
Estimator, error      102
Estuaries, coastal      218
Estuary: Severn      226—236
Euier flow      83 148
Euler boundary conditions      305
Euler equation      8—10 93 150 171—177 218 298 302
Euler problems      180
Euler solution      192
Euler solution, inviscid      209
Euler solution, pure      209
Euler — Stokes equations      275
Eulerian flow modelling      212
Evans, A.      102 136
Eversman, W.      246 262 271
Evolution of heat      121
Ewing, R.E.      38 62
Exit, flow      293
Expansion: Taylor      39 40
Experiments, physical      169
Explicit algorithm      100
Explicit characteristic-Galerkin procedure      38 40
Explicit dynamic codes      132
Explicit form      76 275 284
Explicit method, direct      175
Explicit mode, fully      99
Explicit scheme      43
Explicit semi-explicit      76
Explicit time marching algorithm      104
Exponential law      118
Exterior acoustics      261
Exterior boundaries      173
Exterior boundary integrals      255
Exterior flows      169 172
Exterior problems      252 253
Exterior region      256
Exterior series solutions      255
Exterior solutions      253
Exterior solutions, linking to      255
Exterior surface wave problems      250
Exterior wave problems      251
External boundaries      172 227
Extremum, local      176
Extrusion      121 122
Extrusion, transient      128
Feeder      144
FEM, wave envelope      264
Fenner, R.T.      120 139
Feshbach, H.      243 270
Fictitious boundary      81 172
Field, D.A.      109 138
Fighter, supersonic      189
Filling of moulds      143 145 148
Fine finite element mesh      300
Finite differences      2
Finite differences, one-sided      17
Finite element: Galerkin      176
Finite element: hp-version      295
Finite element: hybrid      295
Finite element: special      249
Finite increment calculus (FIC)      25 30
Finite volume formulation      189
First-order closure models      162
First-order diffraction problem      268
Fix, G.J.      223 240
Flanagan, D.P.      128 141
Flat nosed punch      129
Fleming, C.A.      223 235 240
Floating body      265 266
Floating breakwater      265 266 267
flooding      231
Flow codes, incompressible      274
Flow coupling, boundary layer-inviscid      302
Flow equations: averaged      162
Flow equations: isothermal compressible      223
Flow equations: potential      146
Flow exit      293
Flow fluxes, mass      92
Flow formulation      120
Flow modelling, Eulerian      212
Flow of gases      3
Flow past a cylinder      161
Flow past harbour      235
Flow problems: compressible viscous      274
Flow problems: fluid      110
Flow problems: high-speed      280
Flow problems: inviscid      274
Flow separation      171 245
Flow vector, mass      74
Flow-dependent viscosity      3
Flow: compressible      10 48 50 66 108 170 174 224 275
Flow: Euler      83 148
Flow: highspeed      169 171 180
Flow: hypersonic      184 207
Flow: ideal      3
Flow: incompressible      110 275
Flow: incompressible laminar      91
Flow: incompressible Stokes      79
Flow: inviscid      10
Flow: inviscid incompressible      93
Flow: isothermal      178
Flow: Mach 3      187
Flow: mass      6
Flow: potential      3 93
Flow: pure Stokes      98
Flow: shallow water      219 50
Flow: steady-state      120
Flow: Stokes      2 91 118
Flow: subsonic      81 84 189
Flow: supercritical      236
Flow: supersonic      185
Flow: transonic viscous      203
Flow: turbulent      164 275 289
Flow: viscous incompressible      113
Flows: buoyancy driven      153 156
Flows: compressible      73 91 173 218 280
Flows: exterior      169 172
Flows: free surface      3 91 144
Flows: high-speed      10 187 280
Flows: hypersonic      65
Flows: incompressible      91
Flows: interior      169 172
Flows: laminar      210
Flows: nearly incompressible      10
Flows: non-newtonian      118
Flows: porous media      274 276 286
Flows: shallow water      3
Flows: slow      113
Flows: super critical      235
Flows: supersonic      82
Flows: thermal      286
Flows: turbulent      161 210 274
Flows: turbulent incompressible      143
Flows: viscoelastic      131
Fluid density      6
Fluid dynamic      4
Fluid dynamics      1
Fluid flow problems      110
Fluid-structure interaction      265 266
Fluid-structure, submarine      262
Fluid: Bingham      118
Fluid: incompressible      218
Fluid: non-newtonian      91
Fluid: stresses in      4
Fluidized beds, packed and      157
Flux conservation, complete      293
Flux matrices      13
Flux quantities, diffusive      14
Flux: average      294
Flux: conductive heat      8
Flux: mass flow      92
Forced convection      144 286
Forces due to breaking      235
Forces: boundary      91
Forces: buoyancy      91
Forces: convective      55
Forces: Coriolis      229
Forces: driving      154
Forces: gravity      96
Forces: perturbation      144
Forces: prescribed      55
Forces: second-order wave      271
Forces: wave      250
Forchheimer Number      159
Foreman, M.G.G.      223 239 240
Formaggia, L.      57 63; 135 136; 174 182 189 194 213
Forming: metal      2 3 118 120 122
Forming: polymer      118
Forming: sheet      122
Forming: superplastic      130
Forming: transient metal      132
1 2 3 4 5 6 7 8 9
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