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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
$k-\omega$ model (turbulence)      164 209
$k-\varepsilon$ model (turbulence)      163 209
a posteriori error indicators      244
A, split      sec Split A
Abbott, M.B.      218 239
Absolute temperature      7 92 154
Absorption of acoustic waves      242
Acceleration: convective      1 65
Accelerations, Coriolis      221
Accuracy of infinite elements      264
Acoustics      3 11 219 242 243 245 250 262 264
Acoustics, exterior      261
Adaptive development      180
Adaptive mesh      205
Adaptive mesh, generation      113
Adaptive mesh, refinement      102
Adaptive procedure      206 275
Adaptive refinement      132 180 200 206
Adaptive remeshing      126 195
Adaptivity      189
Adey, R.A.      36 38 61
Advancing boundary normals      206
Advancing front technique      148
Advective term      25
Aerofoil      95 202 302
Aerofoil, NACA0012      84 148 202—207
Aerofoil, two-component      206
Aeronautics      170
Ainsworth, M.      102 103 137
Aircraft      189 192 209 212 246
Akin, J.E.      67 77 88 155 166
ALE (Arbitrary Lagrangian-Eulerian) method      128
Alexander, J.M.      120 139 140
Algorithm      See also methods procedures process
Algorithm, CBS (Characteristic Based Split)      84 85 92 93 98 113 132 147 156 159 162 173 188 198 202 224 237 274 278 284
Algorithm, characteristic Galerkin      43
Algorithm, DtN      253
Algorithm, explicit      100
Algorithm, semi-explicit      227
Algorithm, single-step      84
Alloys, solidification of      157
Altan, A.T.      120 140
Aluminium      120
Angular frequency      242 243
Anisotropic diffusion      28
Anisotropic mesh generation      109
Anisotropic shock capturing      176 186 280
Anisotropic viscosity      174
Argyris, J.H.      94 134
Artificial compressibility      67 99
Artificial diffusion      22 50 175 224
Artificial diffusion, Lapidus-type      179
Artificial dissipation      174
Artificial island problem      259
Artificial offshore harbour      258
Artificial viscosities      174 280
Ashida, H.      266 267 273
Astley, R.J.      243 246 259 260 262 264 265 270 271 272 273
Aswathanarayana, P.A.      67 88 161 167
Atkinson, B.      120 139
Atkinson, J.D.      23 60
Atmospheric pressure      220
Austin, D.I.      223 235 240
Automatic generation of meshes      182
Auxiliary variable      69
Average fluxes      294
Average particle size      159
Average pressure      175
Averaged flow equations      162
Averaged heat capacity      159
Avonmouth      229
Axisymmetric jet      96
Ayers, R.      169 191 192 193 214
B split      see Split B
Baaijens, F.P.T.      120 140
Babau, A.V.R.      102 109 110 137
Babuska — Brezzi (BB) restrictions      66 78 80 117
Babuska, I.      26 60 244 247 265 270 271 272
Backward facing step      100 105 113 164
Bai, K.J.      146 165
Baker, A.J.      161 167
Baker, T.J.      189 216
Balaji, P.A.      120 140
Balance of energy      8
Balance of momentum      6 242
Balancing diffusion      20 22 27
Balancing diffusion, streamline      28
Baldwin, B.S.      174 175 215
Banded solution      276 286
Bando, K.      253 260 262 271 272
Baron, J.R.      102 135
Barrett, K.E.      17 59
Basin      243
Batchelor, C.K.      4 12
Bathygraphy      227
Baum, J.D.      102 136
Baumann, C.E.      26 34 60 61
Bay, F.      120 140
Bayliss, A.      250 253 271
Baync, L.B.      169 193 214
Beach, shelving      224
Beck, R.F.      146 165
Bed friction      226 235 245
Beer cans      130
Behr, M.      223 241
Bejan, A.      155 157 166
Bellet, M.      130 141
Belytschko, T.      24 60 128 141
Benque, J.P.      38 62
Benson, D.J.      132 142
Bercovicr, M.      38 62
Bercovier, H.      118 139
Berger, M.J.      102 135
Berkhoff wave theory      265 266
Berkhoff, J.C.W.      243 255 270 271
Bermhorst, K.      161 163 164 167
Bermudez, A.      38 62
Bernoulli's equation      94 147 265 266
Bettess, J.A.      96 134 252 253 260 261 271
Bettess, P.      96 134; 223 235 240; 245 246 247 248 249 252 253 255 260 261 262 263 264 266 269 270 271 272 273
Bhandari, D.R.      120 124 139
Bhargava. P.      120 130 140 141
Bilger, R.W.      120 139
Billey, V.      102 135 189 216
Bingham fluid      118 119
Bishop, A.R.      174 214
Biswas, G.      34 61 67 88
Blasco, J.      67 88
Blunt body      184
Blurring of the shock      181
Boat: sailing      150 153
Body diffracting      251
Body forces      8 65 73 92 94 96
Boeing 747      189
Bonet, J.      120 130 133 140 141 142
Bore      224 227
Bore, Severn      232 233
Bore, tidal      229
Boris, J.P.      50 63
Borouchaki, H.      102 109 110 137 138; 216
Bottom drag stresses      222
Bottom shear      221
Bottom-heating cavities      156
Bottura, L.      54 63
Boundaries: changing      124
Boundaries: exterior      173
Boundaries: external      172
Boundaries: fictitious      81
Boundaries: infinite      173
Boundaries: side      235
Boundaries: supersonic outflow      173
Boundary at infinity      251
Boundary condition      94
Boundary condition, free      233
Boundary condition, natural      243 252
boundary conditions      81 82 279 284
Boundary conditions, Dirichlet      293 294
Boundary conditions, Euler      305
Boundary conditions, inlet      45
Boundary conditions, local non-reflecting      253
Boundary conditions, non-reflecting      253
Boundary conditions, prescribed traction      83
Boundary conditions, radiation      44
Boundary dampers      253
Boundary forces      91
Boundary integrals      252 256 262
Boundary integrals, exterior      255
Boundary integrals, linking to      255
Boundary layer      3 10 16 108 110 171 180 192 197 198 200 202 206 209 210 222
Boundary layer, -inviscid flow coupling      302
Boundary layer, interaction      201
Boundary layer, separation      211
Boundary layer, solution      305
Boundary layer, theory      212
Boundary layer, thickness      207 304
Boundary node      276 280 299
Boundary normals, advancing      206
Boundary operators      250
Boundary solution      146
Boundary tractions      83
Boundary velocities, prescribed      120
Boundary-exit conditions      100
Boundary: external      227
Boundary: fictitious      172
Boundary: infinite      261
Boundary: outer      251
Boundary: slip      123 235
Boundary: solid wall      172 173
Boundary: supersonic inflow      172
Bourgault, Y.      102 137
Boussinesq model      162
Bova, S.      223 241
Bow shock wave      187
Bradshaw, P.      211 217
Brakalmans, W.A.M.      128 141
Breakwater: floating      265—267
Breakwaters      250
Breakwaters, permeable      245
Brebbia, C.A.      35 36 61; 239
Brezzi, F.      81 90
Briard, P.      164 168
Bristol Channel      226—231 236
Brook, D.L.      50 63
Brookes, P.J.      57 63; 189 214; 247 271
Brooks, A.N.      16 20 27 28 59 60 61
Brooman, J.W.F.      210 216
Budiansky, B.      130 141
bulk modulus      5 11 64 91 92 242
Buoyancy      143
Buoyancy driven convection      161
Buoyancy driven flows      153 156
Buoyancy force      91
Burger's equation      50 52
Burnett elements      261 262
Burnett, D.S.      261 262 263 265 272 273
Burton, A.J.      133. 142
Butler, M.J.      265 273
Cao, Y.      146 165
Car bodies      130
Car: motor      192
Car: supersonic      191
Card, C.C.M.      120 139
Cardie, J.A.      34 61
Carew, E.O.A.      132 142
Carey, G.F.      23 34 60 61; 135; 241
Carter, J.E.      198 216
Cartesian coordinates      275
Casciaro, R.      189 216
Castro-Diaz, M.J.      102 109 110 137; 216
Caswell, B.      120 139
Cauchy — Poisson free surface condition      265 266
Cavendish, J.C.      109 138
Cavities, bottom-heating      156
Cavity      99
Cavity problem, driven      115
Cavity, closed square      97 156
Cavity, lid-driven      100 101 103 104 111
Cavity, resonant      243
CBS (Characteristic Based Split) algorithm      14 64 67 83—85 92 93 98 113 132 147 156 159 162 173 188 198 200 202 224 237 274 274 275 276 278 279 284 289
CBS algorithm incompressible flows      97
CBS algorithm, computer implementation      274
Central finite difference form      18
Cervera, M.      26 60
Chadwick, E.      247 271
Chan, A.H.C.      159 166
Chan, S.T.      67 87 88
Changing boundaries      124
Channel: Bristol      226—236
Channel: rectangular      228 235
Channel: symmetric      236
Characteristic directions      33
Characteristic Galerkin algorithm      34 43
Characteristic variable      175
Characteristic-based methods      35
Characteristic-based procedures, upwinding      59
Characteristic-based split      59
Characteristic-based split algorithm      see CBS
Characteristic-Galerkin      36 38 48 67—69 74 146 176 237 246
Characteristics      34 35 73
Charge density      243
Charpin, F.      209 211 216
Chartier, M.      223 239
Chastel, Y.      120 140
Chaudhuri, A.R.      67 88
Chemical concentrations      75
Chemical reaction      8
Chen, A.J.      198 216
Chen, C.K.      155 166
Chen, H.S.      146 165; 258 259 271
Cheng, C.Y.      155 166
Chenot, J.L.      120 130 140 141
Chezy      221 245
Chiam, T.C.      260 272 272
Chippada, S.      223 241
Chorin split      67
Chorin, A.J.      67 87
Chow, R.R.      211 217
Christie, I.      18 19 60; 241
Christon, M.A.      67 88
Chung, T.J.      120 124 139
Cipolla, J.L.      265 273
Circular cylinder      269
Civil aircraft      189
Clark, P.J.      260 269 272 273
Closed cavity      97 156
Closed domains, waves in      243
Closure models, first-order      162
Cnoidal waves      268
Coastal engineering      223
Coastal estuaries      218
Coastlines      250
Codina, R.      26 28 34 40 41 60 61 62; 75 77 81 88 89 90; 98 99 134 135; 161 162 165 167; 176 185 186 187 198 199 200 215 216; 290
Coefficient of pressure      304
Coefficient of thermal expansion      154
Coefficient: artificial diffusion      175
Coefficient: Chezy      221
Coefficient: diffusion      14 237
Coefficient: diffusion conduction      293
Coefficient: entrainment      304
Coefficient: Manning friction      229
1 2 3 4 5 6 7 8 9
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