Page 397 - Computational Fluid Dynamics for Engineers

Subject Index

Accuracy 28-29, 34, 37, 189, 223, 237-238, Characteristic equation 77
299, 316, 320 Characteristic lines 143-146, 153-154,
- order of accuracy 101, 102, 107, 109, 309-310
132-134, 149-150, 177, 197, 238, 334 Characteristic slope 169-170
ADI method 125-127, 336, 339, 364 Circulation 180-182, 192, 199
Aircraft icing 23-34 Closure problem 56
- computing ice accretion 26 Coles formula 86, 91
- ice protection 25 - law-of-the-wake 91
- icing envelopes 23 Compatibility equations 144
- icing program 25 Compressible Bernoulli equation 60
- LEWICE code 27-28 Compressible flow 45-47, 55, 61, 295-325
- performance degradation due to icing Compressible Euler equations 312-313,
23 316, 320
- prediction of ice shapes 26-28 Conformal mapping methods 282-287
Aircraft design and power-plant integration Conservation equations 41-72, 159
19-23 Conservation form 47-49, 54, 74, 301
Aerodynamics of ground-based vehicles Conservative fluxes 298, 300
34-38 Conservative TSD 301
- application of CFD to automobiles Contact discontinuity 314
36-38 Continuity equation 43, 45, 48, 60-61, 73,
Artificial dissipation (viscosity) 170-173, 179, 267, 268
296, 309, 312, 320, 321, 325, 363 Control volume 42-50, 157, 161, 298
Artificial compressibility method Convection equation 96, 141, 168
328-350 - diffusion equation 97, 162
Amplification factor 167-169 - diffusion term 367-370
Convergence and stability 165-170
Backward-difference 98 Convergence rate of the Gauss-Seidel
Banded matrix 335, 339 method 123-124
Beam and Warming method 149-152, Courant-Priedrichs-Lewy (CFL) 146,
320-325, 353-365 168, 311
Bernoulli equation 60 Crank-Nicolson 105-108, 150, 151
Block iteration 124-127 Cubic equation 142
Blowing velocity 214-215, 231 Cubic polynomials 270
BLP2 (boundary-layer program) 210-237
BLP2D 222-229 Damping parameter 83, 320, 360-361
Boundary conditions 70-72, 89, 100, - Cebeci-Smith algebraic eddy viscosity
103-107, 116-117, 183-186, 247-249, 83-85
302-305, 309-311, 314, 317-318, Diffusion 57, 97, 162, 173, 334, 367-370
329-330, 337-338, 355-356, 365-366 Diffusion operator 68
Burger's equation 97, 151-152, 176 Dimensionless form 50-51, 65-66
Direct method 115-121
Central-difference 98 Direct numerical simulation (DNS) 37, 55
Characteristic curves 68-69 Dirichlet tessellation 289