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Trottenberg U., Schuller A., Oosterlee C. — Multigrid
Trottenberg U., Schuller A., Oosterlee C. — Multigrid



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Название: Multigrid

Авторы: Trottenberg U., Schuller A., Oosterlee C.

Аннотация:

Multigrid presents both an elementary introduction to multigrid methods for solving partial differential equations and a contemporary survey of advanced multigrid techniques and real-life applications.Multigrid methods are invaluable to researchers in scientific disciplines including physics, chemistry, meteorology, fluid and continuum mechanics, geology, biology, and all engineering disciplines. They are also becoming increasingly important in economics and financial mathematics.Readers are presented with an invaluable summary covering 25 years of practical experience acquired by the multigrid research group at the Germany National Research Center for Information Technology. The book presents both practical and theoretical points of view.* Covers the whole field of multigrid methods from its elements up to the most advanced applications* Style is essentially elementary but mathematically rigorous* No other book is so comprehensive and written for both practitioners and students.


Язык: en

Рубрика: Математика/Численные методы/Численный анализ/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2001

Количество страниц: 631

Добавлена в каталог: 20.02.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Singular systems, boundary conditions and      177—187
Singularities, adaptive refinements for      357
Singularities, local effects of      356
Singularities, small-scale      588
Smith — Hutton problem      246—248 251 252
Smooth      156 225
Smoothed aggregation      453 526—528
Smoothers      29 69 94 119 144 152 191 250 265 295—296 347—348 406 409 415 417 504
Smoothers, multigrid      94
Smoothers, multistage      253—256 348 353 354 355
Smoothers, multistage in CFD applications      352—354
Smoothers, parallel features      33—34
Smoothers, parallel properties of      33—34
Smoothers, quality of      134
Smoothers, Runge — Kutta      254
Smoothers, smoothing property of      432
Smoothers, symmetric positive definite      561
Smoothers, x-line      138 144
Smoothers, y-line      138
Smoothing      34 67 101 293 415 432 461 468 486 526 528
Smoothing analysis      31 102—106 113—116 117 118 119 159—160 237 239 297—300 326 587
Smoothing factors      31 34 73 75 98 99 102 104 106 114 115 116 117 130 133 147 159 167 235 266 300 301 305 311
Smoothing factors of y-line relaxation      136
Smoothing half-step      210
Smoothing methods      29 194
Smoothing of errors      143
Smoothing operators      89—91 99 108 113 115 119 142 314 423 427 429 445 463
Smoothing principle      16
Smoothing procedures      21 28 40 106 114 115 138 178 195 211 239 298 364 373 392 402 415 416 423 427 428 526
Smoothing properties      31 77 96—97 102 145 158 160 235 237 259 263 267 309 353 390 434 439 461 463 468 521
Smoothing schemes      140 143 168 172 361
Smoothing steps      40 51 55 90 145 156 225 399 445 463
Smoothing, collective relaxation      289
Smoothing, F-relaxation for      450
Smoothing, transfer operators and      427
SMS (symmetric multiplicative subspace correction) methods      555 561
Sobolev spaces      537
software packages      5 21 198 215 418
Software packages, multigrid-based      192 404
Software packages, parallel multigrid      215
Solutions, table of difficulties and      574—589
Space method meshes, fictitious      542
Space splittings      76 533 536—551 554 566
Space splittings, condition of      569
Space splittings, design of      552
Space splittings, stable      546
Sparse grids, combination method      226
Spectral norm      9 84
Spectral radius      25 36 91
Sphere, multigrid components on surface of      391—393
SSOR-method      555
Stagnation points      573 589
Standard coarsening      17 42 71 94 129 143 144 146 195 239 242 254 256 264 266 285 374 376 392 409 410 473—476 478 480 489 493 500 517
Standard coarsening, different smoothing methods      147
Standard coarsening, failure of      131—133
Standard coarsening, frequencies and      102
Standard five-point stencil      149 191
Standard geometric multigrid      420
Standard interpolation      414 480—482 483 493 517
Standard multigrid coarsening      134
Steady-state computations      501
Steady-state flows      347 574
Steady-state problems      352 353
Steady-state solutions      345
Stencil notation      10
Stencil notation, finite element restriction operators      558
Stencils, 21-point      429
Stencils, 27-point coarse grid      278
Stencils, compact      216
Stencils, compact nine-point      10 172 203 561
Stencils, difference      7 249
Stencils, five point      172
Stencils, five-point      10 125 203 257 261 358 487 488 491 504 520 559
Stencils, nine-point      167 216 264 265 273 285 429 474
Stencils, nineteen-point      489
Stencils, seven-point      264 266 267 418 489
Stencils, seven-point left-oriented      514
Stokes equations      290 292 313 315—316 323 325 326 327 328 330 576
Stokes equations, checker-board instability      314
Stokes operator      327 329
Stream-function-vorticity formulation      333
Structural mechanics problems      414
Subgrids, logically rectangular      381
Subsonic flow      161 349 350
Subspace correction methods      76 534 535 537 551 554 555 557 561
Successive overtaxation (SOR)      14 32 105 528 555
Supersonic flow      161 247
Supersonic full potential operator      580
Symmetric multiplicative subspace correction method (SMS)      555
Symmetric positive definite systems      535
Symmetric problems      97 414 518
Symmetric problems, two-level convergence for positive and      444
Taylor expansion      125 167 244 265
Thermodynamic equation of state for a perfect gas      346
Time discretizations      63
Time-dependent applications      373
Time-dependent problems      63—66
Toeplitz matrices      555
Top multigrid efficiency (TME)      573—574
Total variation diminishing (TVD) concepts      245
Transfer operators      21 42 43—45 60—62 70 72 87—88 120 144 145 146 162 172 173 241 265 266 268 274 318—319 392 413 424 428 429 444
Transfer operators, parallelism of      61
Transfer operators, seven-point      266 274
Transonic flow      161 247 349 353
Triangulation of the finite element space      561
Tridiagonal cyclic reduction      218
Tridiagonal solver      137 250
Two grids, multigrid and      19—20 363—364
Two-grid algorithm      361—363
Two-grid analysis      85 101 106—113 118 239 299 306 325
Two-grid convergence      76 77 82 117 133 138 147 175 242 265
Two-grid cycles      34—40 40 155 361
Two-grid iteration operator      424
Two-grid local Fourier analysis      98 120 252 253 299
Two-grid method      79 84 155 214
Two-grid operator      76 99 106 107 445
Two-grid operator, norms of      83—85
Two-grid operator, structure of      39—40
Two-grid reduction factor      79
Two-level convergence, postsmoothing and      444—460
Two-level convergence, presmoothing and      461—469
Two-level corrections      424 431
Two-level methods, slow convergence      452
U-variables      474 475
Unknowns, arrangement of      69 205
Unknowns, location of within grids      7
Unknowns, strong coupling in two directions      137—139
Upwind discretizations      230 244—248 333
Upwind discretizations, line smoothers for higher order      249—253
Using F-smoothing      461—467
V-cycles,      46 55 213 560 566
V-cycles, convergence      77 349 524 526 535
V-cycles, convergence histories for standard      498
V-cycles, convergence, boundary treatment and      305—306
V-cycles, efficiency of      432
V-cycles, error propagation matrix      560
V-cycles, h-dependent convergence behavior of      452
V-cycles, h-dependent for complete      453
V-cycles, multigrid convergence      77 190 191 305
V-cycles, multigrid method      556 557 558
V-cycles, parallel      196—197
V-cycles, simplified multigrid      559
V-cycles, theory      421 530
van Albada limiters      246 247 251
van Leer limiters      246 349 352 376
van Leer’s K-scheme      348 349 385
Variational Principle      424 475
Velocity-pressure dependence      508
Vertex-centered discretizations      406
Vertex-centered location of unknowns      270
Vieta, theorem of      255
Viscosity, artificial      122 233—234 239 241 243 314 330 354 582
Viscosity, coarse grid numerical      589
Viscosity, laminar      585
Viscosity, natural      582
W-cycles      46
W-cycles, algorithms      560
W-cycles, convergence factors      82 190 191 322
W-cycles, parallel      196
W-cycles, truncated      213
Wave equations      2 65
Weather forecast models      395
Wing structure and aerodynamics, dynamic interaction of      411
Zebra line Gauss — Seidel      136 137 241
Zebra line relaxations      162 216
Zebra line smoothers      94 137
Zebra line smoothing      216
Zebra plane smoothers      94
Zebra relaxations      261 392
Zebra smoothers      141 216
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