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| Ïîèñê ïî óêàçàòåëÿì |
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| Tannehill J.C., Anderson D.A., Pletcher R.H. — Computational Fluid Mechanics and Heat Transfer |
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| Ïðåäìåòíûé óêàçàòåëü |
Specific heat, ratio of 258
Speed of sound 7 328
Spherical coordinates 270—271
Split flux methods 377—386
Split-coefficient matrix (SCM) method see "SCM method"
Splitting methods 139—143 230—232 628—630 670—671
Stability (conditions) 11 55—56 83—96
Stability (conditions) for boundary-layer equations 455—456
Stability (conditions) for systems of equations 91—96
Stability (conditions), neutral 116
Staggered grids 523 594—598 668
Stagnation point 7—8
Stanton number 475
Starting solution see "Initial starting solution"
State principle of thermodynamics 258
Steger linearization 568 637
Steger — Warming splitting 13 376—381
Stream function 322—323 485—489 651—656
streamline 324
Streamwise pressure gradient 546 555—562 606—609
Stress tensor 252—253 265—266 269
strong 340—341
Strong interaction region 538
Strong-interaction parameter 549
Strongly implicit methods 163—165 652
Subgrid-scale model 285 320—321
Subgrid-scale stress 284
Sublayer approximation technique 560
Subsonic flow 352 415 429
Substantial derivative 251
Successive over-relaxation (SOR) 12 156—158
Sudden expansion flow 505
Superbee limiter 216
Supersonic flow 352
Sutherland's formula 259
Symmetric successive over-relaxation (SSOR) 158
Taylor series 47 52 68
Taylor series for obtaining finite-difference equations 61—64
Telegraph equation 41
Tension splines 687
Thermal conductivity, coefficient of 256
Thermal diffusivity 290
Thermal nonequilibrium 262
Thermally perfect gas 259
Thermodynamic variables 258
Thin-layer Navier — Stokes equations 541—545 624
Thin-shear-layer equations see "Boundary-layer equations"
Thomas algorithm 114—115 151—152 715—716
Three-dimensional boundary layers 512—530
Three-dimensional boundary layers, equations for plane of symmetry 518—519
Three-dimensional boundary layers, example calculations 528—530
Three-dimensional boundary layers, governing equations 297—299 513—519
Three-dimensional boundary layers, zone of dependence 519—521
Time-averaging procedure see "Averaging procedures for turbulent flow"
Time-centered implicit method for inviscid Burgers' equation 192—195
Time-centered implicit method for wave equation 120—122
Time-dependent approach 371 624—625
TLNS3D code 633
TM formulation 692
Total energy 256
Total enthalpy 274
Total variation diminishing (TVD) 13 207—208 see
Transfinite interpolation 687—688
Transformations 25—27 333—341 543—545 681—688
Transformations for boundary-layer equations 466—470
Transformations for internal flows 498
Transformations for Navier — Stokes equations 340—341 543—545
Transformations, general 333—341 543—545
Transformations, independent variable 25—27 333—341 543—545 681 688
Transformations, rectangularizing 337—338 681—684
Transformations, Roberts 334—336
Transformations, stretching 333—337
Transonic flow 331 413 427—431
Transonic similarity parameter 428
Transonic small-disturbance equation 331 427—431
Transport equation 444
Transport properties 258 262—263
Trapezoidal differencing 120—121 131 193
Tricomi equation 40
Tridiagonal matrix 114—115 151—152 715—716
Tridiagonal system 51 114—115 151—152 715—716
Triple-deck theory 479 495—496
Truncation error 47 52—54
TUFF code 642
Tuned third-order methods 190—192
Turbulence intensity 274
| Turbulence kinetic energy 300
Turbulence kinetic energy equation 310—312
Turbulence modeling 283 299—321
Turbulent flow 272—273
Turbulent Prandtl number 304 443 624
Turbulent thermal conductivity 304 624
Turbulent viscosity 299—300 443
Turbulent viscosity models 299—301
TVD schemes for Euler equations 395—398
TVD schemes for inviscid Burgers' equation 207—217
TVD schemes for Navier — Stokes equations 641—642
TVD schemes for PNS equations 580
Two-equation turbulence model 313—317
Type-dependent differences 415—417
Under-relaxation 157
Unequal grid schemes for boundary layers 472—473
Universal gas constant 260
Unsteady boundary-layer flow 530—532
Upper triangular form 149
UPS code 574
Upstream differencing method 103—112
Upstream influence 546 560—562 607—609 665—667
Upwind method, first-order 103—112
Upwind method, second-order 119—120
Upwind method, third-order 224
Upwind schemes for Euler equations 376—384 386—402
Upwind schemes for Navier — Stokes equations 641—642
Upwind schemes for PNS equations 574—582
Upwind schemes, higher order 204—207
USA codes 641—642
Van Albada limiter 216
van der Waals equation of state 258
van Driest damping function 301
van Leer flux splitting 13
van Leer flux splitting for Euler equations 381—383
van Leer flux splitting for Navier — Stokes equations 642
van Leer limiter 216
van Leer MUSCL approach see "MUSCL approach"
Variable secant procedure 483—484 502 602
Variational methods 698—700
Vector form of governing equations 263—264
Vector potential 657—659
Vector processing 159—160
Velocity corrections,  method 589 599—600
Velocity corrections, p' method 589—590
Velocity potential 18 329
Velocity potential equation 330
Vibrational nonequilibrium 262 584
Vigneron parameter 556—559
Vigneron technique 13 560—561 564—565
Viscosity, coefficient of see "Dynamic viscosity"
Viscous shock-layer equations 541 609—614
Viscous stress tensor 253
Viscous sublayer 302—303 470—471
Viscous-inviscid interaction 489—496
Volumetric expansion coefficient 290
von Karman constant 301
Von Neumann analysis 11 84—96
von Neumann necessary condition 93
Voronoi dual 386
Voronoi polygon 704
Vorticitv 324 650—651
Vorticity transport equation 651
Vorticity-stream function approach 650—659
VSL equations see "Viscous shock-layer equations"
Wachpress parameters 163
Wake-like region 302
Wall functions 471
Warming — Kutler — Lomax method for inviscid Burgers' equation 189—190
Warming — Kutler — Lomax method for wave equation 123—124
Wave equation, first-order 40 87—88 94—96 102
Wave equation, second-order 21—22 26—29 89 102
Wave equation, two-dimensional 638
Wave length 85
wave number 85 110
Wave speed 88 102
Weak solution 177—180
Weak-interaction region 538
Wedge flow 367—371
Weighted residual methods 442
Well-posed 33—34 555
Wilcox turbulence model 314
Windward differencing method see "Upstream differencing method"
Zero-equation model 301—308
Zone of dependence 519—520
Zone of dependence, principle 519—521
Zone of influence 519—520 see
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