Главная    Ex Libris    Книги    Журналы    Статьи    Серии    Каталог    Wanted    Загрузка    ХудЛит    Справка    Поиск по индексам    Поиск    Форум   
blank
Авторизация

       
blank
Поиск по указателям

blank
blank
blank
Красота
blank
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)



Обсудите книгу на научном форуме



Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter


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
blank
Предметный указатель
Coefficient: shear stress      304
Coefficient: skin friction      304
Coefficient: viscosity      221
Colella, P.      179 180 215
Collocation, subdomain      2
Comini, G.      67 87
Complex conjugate weighting      246 260 263
Compressibility      2 3 64
Compressibility, artificial      67 99
Compressibility, elastic      132
Compressible flow      10 48 50 66 73 91 108 170 173 174 218 224 275
Compressible gases      57 169
Compressible high-speed flows      57 280
Compressible viscous flow problems      274
Compressible wave celerity      172
Computer implementation of the CBS algorithm      274
Concentration      289
Concentrations, chemical      75
Condition: boundary      94
Condition: free boundary      233
Condition: free surface      96 265 266
Condition: kinematic      265 266
Condition: Kutta — Joukoski      150
Condition: natural      94
Condition: natural boundary      243 252
Condition: radiation      250 269
Condition: Rankine — Hugoniot      50
Condition: stability      42
Conditional stability      38
Conditioning system matrix      250
Conditions: boundary      81 82 279 284
Conditions: boundary-exit      100
Conditions: Dirichlet boundary      293 294
Conditions: equilibrium      304
Conditions: Euler boundary      305
Conditions: incompressibility      66
Conditions: inlet boundary      45
Conditions: isothermal      177
Conditions: non-reflecting boundary      253
Conditions: radiation      251
Conditions: radiation boundary      44
Conditions: ramp      97
Conditions: slip      83
Conditions: steady-state      79
Conduction coefficient, diffusion      293
Conduction, heat      8 275
Conductive heat flux      8
Conductivity ratio      66 276
Conductivity ratio, thermal      161
Conductivity: isotropic thermal      8
Conductivity: thermal      65 66 156 159 161
Conjugate gradient procedures      77
Conjugate gradient, diagonal preconditioned      286
Conjugate weighting, complex      260 263
Conjugated infinite elements      264
Connectivity      275
Connectivity, restoration of      181
Connor, J.J.      223 239
Conservation equation, energy      3
Conservation form      8 171 246 286
Conservation laws      13
Conservation of energy      66 92 291
Conservation of mass      64 66 91 291
Conservation of momentum      66 92 291
Conservation: complete flux      293
Conservation: energy      7 65 124
Conservation: mass      6 219 242
Conservation: momentum      6 65 219
Conservative variables      298
Consistent mass matrices      43 175 177 284 298
Constant entropy      64
Constant pressure      170
Constant volume specific heats      170
Constant: Chezy      245
Constant: dielectric      243
Constant: Lapidus      180
Constant: universal gas      7 65 154 170
Constitutive relation for fluids      5
Constraints      294
Constraints, incompressible      1 2
Continuity      19 99 159 162 304
Continuity, depth-averaged      221
Continuum problems      2
Contours: density      86 203
Contours: Mach      208
Contours: pressure      208 210
Convected coordinates      124
Convected shape function      37
Convection      4 8
Convection dominated problems      13
Convection equation, pure      146
Convection velocity      293
Convection, buoyancy driven      161
Convection, forced      144 286
Convection, heat      238
Convection, mixed      286
Convection, natural      155 158
Convection, naturally occurring      144
Convection, pure      29 45
Convection, Rayleigh — Bernard      156
Convection-diffusion equation      4 13 25 26 44 47 72 92 293
Convective acceleration      1 65
Convective diffusion      34 36
Convective forces      55
Convective motion      157
Convective term      14 96
Convergence      97 188 287—289 300
Coordinates: cartesian      275
Coordinates: convected      124
Coordinates: ellipsoidal      261 262
Coordinates: nodal      275
Coordinates: oblate spheroidal      261
Coordinates: prolate spheroidal      261
Coordinates: spherical polar      261
Coriolis accelerations      221
Coriolis forces      229
Coriolis parameter      221
Corners, re-entrant      245
Cornfield, G.C.      120 139
Correction: mass matrix      284
Correction: momentum      279
Coupling: energy      279
Coupling: semi-inverse      303
Coupling: thermal      11 125
Coupling: viscous-inviscid      210 211
Courant number      42 97
Courant, R.      17 59
Coyette, J.P.      260 264 265 272 273
Craggs, A.      243 270
Cremers, L.      260 264 265 272 273
Crepon, M.      223 239
Criteria, convergence      289
Critical flows, super      235
Critical stable upwind parameter      20
Critical time step      224
Crochet, M.J.      132 142
Cross-waves      235
Cross-wind diffusion      29
CTCarroll, M.J.      96 134
Cullen, M.J.P.      223 240
Current      243
Currents: density-induced      11
Currents: longshore      235
Currents: rip      235
Currents: tidal      238
Currie I.G.      4 12
Curvature based refinement      102
Curvature of the streamlines      110
Curvatures      107
Curvatures, maximum principle      108
Curvatures, minimum      109
Cylinder: circular      269
Cylinder: full      185
Dalsecco, S.      223 227 241
Dam break      224 226
Damper-related approaches      254
Damper: cylindrical      253
Dampers: boundary      253
Dampers: cylindrical      253
Dampers: higher-order      254
Dampers: plan      253
Dampers: transient      265
Damping term      252
Damping, optimal      78
Dannenhofer, J.F.      102 135
Darcy Number      160 161 276
DARPA submarine model      149 152
Dassault      189
Data input      275
Data, mesh      275
Daubert, O.      223 240
Davies, A.R.      132 142
Davis, J.      223 240
Dawson, C.W.      146 165; 241
Dawson, P.R.      120 139
de Sampaio, P.A.B.      29 34 61; 136
de Villiers, R.      223 240
Decay function procedures      259
Decomposition, Riemann      233
Decoupled equations      58
Deep drawing      122 129
Deep water      268
Del Guidice, S.      67 87; 166
Delaunay triangulation      109
Delta: Kronecker      5 65
Denham, M.K.      164 168
density      3 7 91 92 154 170 304
Density contours      86 203
Density variation      278
Density, charge      243
Density, fluid      6
Density-induced currents      11
Density-pressure equation      73
Density/pressure fields      284
Depth-averaged continuity      221
Depth-averaged governing equations      220
Depth-averaged transport equations      237
Depth: total      220
Depth: water      242 243
Derakowicz, L.      102 103 136; 181 214 215; 272
Derivatives, second      107
Derviaux, A.      102 135
Desaracibar, C.A.      130 141
Desert, Nevada      193
Design, aircraft      192
Deviatoric strain      5 71 72
Deviatoric stress      1 5 65 71 72 92
Devloo, P.      102 135
Dewitt, D.P.      155 166
DGM      295
Diagonal matrix      58 72
Diagonal preconditioned conjugate gradient      286
Diagonal term: lower      80
Diagonal term: stabilizing      78
Die geometry      130
dielectric constant      243
Diffraction      250 251
Diffraction problem, first-order      268
Diffraction, elastic sphere      262
Diffraction, ellipse      261
Diffraction, wave      248 250
Diffusion      4 238
Diffusion coefficient      14 237
Diffusion coefficient, artificial      175
Diffusion conduction coefficient      293
Diffusion error      239
Diffusion terms      25 38 237
Diffusion, artificial      22
Diffusion, balance      20 22 27
Diffusion, convective      34 36
Diffusion, cross-wind      29
Diffusion, highly anisotropic      28
Diffusion, Lapidus-type artificial      179
Diffusion, negative      22
Diffusion, stabilizing      39
Diffusion, streamline balancing      28
Diffusive flux quantities      14
Diffusive terms      50
Diffusive terms, viscous      76
Diffusivity: artificial      50 224
Diffusivity: thermal      154
Ding, D.      132 142
Dinh, H.      102 135
Dirichlet boundary conditions      293 294
Dirichlet to Neumann (DtN) mapping      253
Discharge of hot fluid      238 239
Discontinuity      50
Discontinuity, sharp      181
Discontinuous Galerkin      26 293
Discretization: mixed      116
Discretization: penalty      116
Discretization: spatial      70
Dispersal, pollutant      218 227
dispersion relation      243 269 271
Displacement thickness      304
Dissipation terms      286
Dissipation: artificial      174
Dissipation: energy      8
Dissipation: frictional      228
Dissipation: internal work      123
Dissipation: viscous      245
Distribution: gaussian      46
Distribution: pressure      211
Domain integrals      252
Domain subdivision, unstructured      2
Domains, general wave      252
Donea, J.      24 47 52 60 63; 87; 141
Dorapierre, J.      102 137
Double ellipsoid      207 208
Douglas, J. (Jnr)      38 62; 240
Downie, M.J.      269 273
Drag stresses, bottom      222
Drag: viscous      146
Drag: wind      221
Drawing: deep      122 129
Drift angle      150
Driven cavity problem      115
Driven convection, buoyancy      161
Driven flows: buoyancy      153 156
Driving force      154
Drying areas      236
DtN algorithm      253 259
Duct, hyperbolic      262
Duncan, J.H.      148 150 165
Dupont, I.      223 240
Dupont, S.      132 142
Durany, J.      38 62
Dutra Do Carmo, E.G.      176 215
DYNA3D      132
Dynamic codes, explicit      132
Dynamic equilibrium      6
Dynamic shear viscosity      5
Dynamic viscosity      66 156
Ebbing      231
Eddies      161 245
Eddy shedding      3
Eddy viscosity, turbulent      162
Edge formulation      212
Edge-based finite element formulation      298
Edge: trailing      150
1 2 3 4 5 6 7 8 9
blank
Реклама
blank
blank
HR
@Mail.ru
       © Электронная библиотека попечительского совета мехмата МГУ, 2004-2024
Электронная библиотека мехмата МГУ | Valid HTML 4.01! | Valid CSS! О проекте