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Alder B. (ed.), Fernbach S. (ed.), Rotenberg M. (ed.) — Methods in computational physics: advances in research and applications. Volume 3. Fundamental methods in hydrodynamics
Alder B. (ed.), Fernbach S. (ed.), Rotenberg M. (ed.) — Methods in computational physics: advances in research and applications. Volume 3. Fundamental methods in hydrodynamics



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Название: Methods in computational physics: advances in research and applications. Volume 3. Fundamental methods in hydrodynamics

Авторы: Alder B. (ed.), Fernbach S. (ed.), Rotenberg M. (ed.)

Аннотация:

The present volume of this series on computational aspects of physical problems is concerned with current techniques for numerically solving problems primarily in nonviscous, compressible fluid motion. These techniques have been developed for solution on digital computers over a period of 15 years or so. Some of the methods described are more useful than others; the methods of limited use are included because we feel that in these early years of the development of the computer as a mathematical tool, even the less successful heuristic methods should be exposed to public view for consideration.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1964

Количество страниц: 393

Добавлена в каталог: 29.04.2013

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Accuracy      59 123 338 Checking)
Adiabatic flow      267
Al’Tschuler, L. V.      220 262
Appelt, C. J.      354 382
Bjork, R. L.      181 210 320 343
Blake, F. G., Jr.      206 210
boundary conditions      127 191 251 355 361
Boundary conditions, periodic      357
Boundary treatment      39
Boundary zones      118 144
Brazhnik, M. I.      220 262
Brode, H. L.      181 210
Brooks, N.      320 343
Burn      seeHigh explosive
Butler, D. S.      296 318
Cathode ray tube (CRT)      see Output
Cavitation      157
Characteristic curves      88 269 310
Characteristic curves, bicharacteristic      295
Characteristic method of      265 295
Characteristic method of, advantages      266
Characteristic surfaces      88 296
Checking conservation      65
Checking energy      39 66 205
Code names, CEL      117
Code names, DUX      342
Code names, HEMP      226
Code names, PIC      319
Code names, Strip      69
Code names, Tensor      181
Code names, Unec      181
Compression      79
Computers, IBM 7030 (Stretch)      67 125 226 322 342
Computers, IBM 704/709      67 303
Computers, IBM 7090/7094      81 125 182 347
Computers, Maniac II      67
Computers, Mark I      346
Computing methods      274 303 322 346
Conservation equations      6 48 78 130 140
Contact discontinuity      121 270
Convergence      87 354
Coordinate transformation      see Jacobian
Coordinates, Cartesian      48 71 130
Coordinates, cylindrical      60 296 332
Coordinates, spherical      75
Courant condition      37 56 304
Courant, R.      90 116 266 293
Daly, B. J.      336 343
Damping      202 (see also Viscosity)
Dickman, D. O.      320 331 341 343
Difference equations      21 101 130 136 153 241 244
Differencing      (see also Finite differencing schemes Implicit
Differencing, backward      82
Differencing, centered, space      51 136
Differencing, centered, time      25 59 83 136 366
Differential equations, hyperbolic      88 266 295
Differential equations, non-linear partial      100
Discontinuity      see also Shock discontinuities
Discontinuity, contact      121 270
Drag/Lift      374
Drucker, D. C.      215 262
DuFort, E. C.      367 382
Duvall, G.      218 262
Elastic stresses      194 206 247
Elastic-plastic flow      181 211
Elastic-plastic flow, one-dimensional equations      223
Elastic-plastic flow, two-dimensional equations      187 226
Elliott, L. A.      296 303 306 318
entropy      75 336
Equation of continuity      84 213 223 227 242 296
Equation of state      6 79 212 223 246
Equation of state, experimental      218
Equation of state, Gamma law      9 37 75 99
Equation of state, polytropic      337
Equations of motion      53 78 268
Equations, angular momentum      8 78 103
Equations, energy      6 16 53 108 205 223 248 325
Equations, mass      6 51 78 106
Equations, momentum      6 7 16 52 187 296 325 371
Errors      see Convergence
Eulerian calculations      324
Eulerian calculations, compared with Lagrangian calculations      1 48 121 320
Eulerian calculations, mixed with Lagrangian calculations      48 71 125
Eulerian coordinates      2 75 184 267
Eulerian equations      15 136
Eulerian mesh      57 80 118 125 144 324
Evans, M. W.      321 335 341 342 343
Finite differencing of stream and vorticity functions      350
Finite differencing schemes      21 228 271 346
Fluid flow examples, one-dimensional      206 218 372
Fluid flow examples, two-dimensional      40 92 156 232 306 321 342
Fractures      198
Frankel, S P.      367 382
Free surface      84 253 280
Friedrichs, K. O.      90 115 266 293
Fromm, J. E.      368 374 376 382
Funtikov, A I.      220 262
Gas, Gamma law      9 75 99
Gas, jetting      69 92
Harlow, F. H.      320 321 331 335 336 341 342 343 369 376 382
Harris, D. E., Jr.      320 331 341 343
Hartree, D. R.      288 293
Heat conduction      66 335
High explosive      260
Hill, R.      187 208 210
Hodge, P. G.      212 213 262
Hooke’s law      182 195 212
Hugoniot curve      99 218
Implicit difference equations      55 81
Initial conditions      355
Initial value problems      1 72
Instability, Taylor      45 164
INTERFACE      84 254 279 291
Isentropic flow      267
Iteration      354
Jacobian      3 141 185
Keller, H. B.      266 293
Kormer, S B.      220 262
Lagrangian calculations      121 182 320
Lagrangian coordinates      2 75 102 184 226 267
Lagrangian equations      153
Lagrangian grid (lines)      52 80 122 125 144
Lam$\acute{e}$ constants      199 212
Landshoff, R.      292 293 336 343
Lax, P. D.      266 293
Levine, D A.      266 293
Liebman’s method      354
Lift/drag      374
Lundergan, C. D.      220 262
Maenchen, G.      226 262
Marsh, S. P.      99 115
Martin, R. E.      320 33] 341 343
Me Queen, R. G.      99 115 220 263
Meixner, B. D.      341 342 343
Memory utilization      58 274 322
Mesh distortion      122
Mesh points      125
Mesh, staggered      80 144
Miller, F. H.      228 262
Morland, L. W.      212 262
Muecke, L.      224 263
Multi-fluid problems      127
Multi-region problems      75 127
Nadai, A.      214 226 250 262
Navier — Stokes equation      349
Nuckolls, J. H.      181 210 226 262
Obstacles in fluid flow      357
Output, Cathode Ray Tube (CRT)      42 156 231
Output, SC 4020      64 330 348
Papetti, R.      320 343
Particle calculations      72 329
Payne, R. B.      346 382
Plasticity      187 196 208 214
Plotted output      see Output
Point generation on characteristic grid      271
Point treatment in characteristics      275 309 315
Points, neighboring      309
Poisson’s equation      351
Prager, W.      212 213 262
Rankine — Hugoniot conservation relations      137 270 302
Reddick, H. W.      228 262
Regions, multiply connected      122
Reiner, M.      226 263
remapping      122
Reynolds number      346
Rice, M. H.      220 263
Richtmyer, R. D.      8 45 84 85 115 119 137 179 188 202 210 241 244 263 266 293 336 343 367 382
Riney, T. D.      332 343
Shear stress      196
Shock discontinuities      8 18 270
Shock interactions      283 287 321
Shock smearing      see Viscosity
Shock surfaces      302
Shocks, in elastic material, one-dimensional      218
Shocks, in elastic material, two-dimensional      232
Shocks, in gases      157
Slip surfaces      231 254 320
Sokolnikoff, I. S.      187 210
Speranskaya, M. P.      220 262
Stability, analysis      32 336 362
Stability, control      129 184 205
Stability, of difference equations      15
Stein, L. R.      266 293
Stokes, G. G.      372 382
Strain rates      192
Stream function      351
Stress calculations      182 207
Stress tensor      187 199
Stress waves      224
Stress, deviatoric      187 213
Stress, isotropic      187 213
Stress, principal      199 232 240
Stress-strain relations      192 199 212 226 249
Surface tension      170
Symmetry, axial      92
Symmetry, cylindrical      182 187
Taylor instability      45 86 164
Tensor viscosity      see Viscosity
Thom, A.      354 382
Timoshenko, S.      212 249 263
Transformations      (see also Jacobian)
Transformations, Eulerian — Lagrangian      5
Transformations, Strip      77
Transport      81 360
Trigger, K.      84 101 115
Trulio, J.      84 101 115
Turbulence      2 122
Viscosity, artificial      18 55 75 90 137 188 202 248 335
Viscosity, Tensor      8 20 188
Vladimirov, L. A.      220 262
Von Mises yield condition      198 214 228 244 250
von Mises, R.      214 263
von Neumann, J.      8 45 84 115 119 137 179 188 202 210 244 263 266 293 336 343
Vorticity      350 362
Wakes      376
Walls      357
Walsh, J. M.      220 263
Waves, compression      285 292
Waves, elastic      206 225
Waves, rarefaction      88 220
Waves, stress      224
Week, F.      224 263
Whitham, G. B.      266 293
Wilkins, M. L.      224 261 263
Yarger, F, L.      220 263
Zoning, quadrilateral      22 136 244
Zoning, triangular      22
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