Index
423
- stresses, 293, 294, 300, 304, 305
- transport theorem, 3
Richardson extrapolation, 59, 86, 138,
209, 215, 261, 346, 350, 352
Richardson number, 280
Scale similarity model, 281, 283
Schmidt number, 10
Shape functions, 36, 37, 45, 74, 75, 229,
232, 245
Shear velocity, 280, 298
SIMPLE algorithm, 176, 177, 195, 201,
206, 213, 247
SIMPLEC algorithm, 176-178, 195
SIMPLER algorithm, 177, 178
Simpson's rule, 74, 79, 80, 141, 210
Skew u ~ w i n d schemes. 81
Space conservation law, 376, 378, 379,
388
Spectral radius, 99, 112, 124
Speed-up factor, 364
Splitting methods, 106
Steepest descents methods, 108, 109
Stirring, 265
Stokes equations, 14
Stratified flow, 287
Streamfunction, 181
Strouhal number, 11, 262
Subgrid scale
- models, 279
- Reynolds stress, 278, 279, 281
Successive over-relaxation (SOR), 100,
112
Tau-error, 353
Thomas algorithm (TDMA), 95
Total variation diminishing, 327
Trapezoid rule, 74, 105, 137
Truncation error, 31, 43, 48, 51, 58,
69, 76-78, 334
Tteration errors, 98
Turbulence models, 266
Turbulence spectrum, 270, 271
Turbulent diffusion, 265
Turbulent flux, 293, 294
Turbulent kinetic energy, 294, 295
Turbulent Prandtl number, 295
TVD-schemes, 327
Two-equation models, 301
Two-point closure, 267
Viscous wall units, 280
Volume-of-fluid method, 384
Von Karman constant, 298
Von Neumann, 32, 144, 150
Vorticity, 181
Wall functions, 283, 298
Wall shear stress, 280, 298
Zero-equation models, 295