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| Àâòîðèçàöèÿ |
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| Ïîèñê ïî óêàçàòåëÿì |
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| Fox R.O. — Computational Models for Turbulent Reacting Flows |
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| Ïðåäìåòíûé óêàçàòåëü |
Scalar correlation, differential diffusion 96 137
Scalar covariance 70 71 90—92 94 96—98 135 136 151 154—156 174 176 179 180 217 219—221 243 251 264 265 267 276—278 280 283 285 325 326 364 381—383
Scalar covariance, chemical source term 90 95 156
Scalar covariance, conditional 208
Scalar covariance, covariance-production term 90 137
Scalar covariance, eigenvector transformation 220
Scalar covariance, joint scalar dissipation rate 90
Scalar covariance, spatial-transport terms 90
Scalar covariance, spectrum 72 363—365
Scalar covariance, transport equation 90 156
Scalar covariance, transport equation, derivation 90—91
Scalar covariance, transport equation, model 135—139
Scalar dissipation rate 86—89 225 228
Scalar dissipation rate in CMC 212
Scalar dissipation rate in flamelet model 201
Scalar dissipation rate in LSR model 322—325
Scalar dissipation rate in multi-environment presumed PDF models 223
Scalar dissipation rate in SR model 367—371
Scalar dissipation rate, conditioned on scalar 23 24 69 204 212—214 236 285
Scalar dissipation rate, conditioned on turbulence frequency 287 322
Scalar dissipation rate, definition 71 85 86
Scalar dissipation rate, equilibrium model 88 126
Scalar dissipation rate, fluctuating 86 205 242
Scalar dissipation rate, non-equilibrium models 127—135
Scalar dissipation rate, Re, Sc, and Da dependence 272
Scalar dissipation rate, relationship to conditional diffusion 275
Scalar dissipation rate, relationship to micromixing time 14—15 62 200
Scalar dissipation rate, relationship to scalar energy spectrum 72
Scalar dissipation rate, relationship to scalar length-scale distribution 240 264 265 271
Scalar dissipation rate, relationship to scalar spectral energy transfer rate 15 62 79 80 89
Scalar dissipation rate, relationship to scalar variance 23
Scalar dissipation rate, spectral model 79 88 89
Scalar dissipation rate, transport equation 86 126—127
Scalar dissipation rate, transport equation, derivation 86
Scalar dissipation rate, transport equation, model 126—127
Scalar flux 18 46 47 71 82—85 89 90 96 97 104 121 125 215 219 226 243 244 251 252 258 275 325 340 354 360
Scalar flux in scalar mean transport equation 81
Scalar flux, conditioning on velocity 263
Scalar flux, consistent models 254 258 259
Scalar flux, Da dependence 152
Scalar flux, definition 44 81
Scalar flux, gradient-diffusion model 85 121—122
Scalar flux, molecular transport term 83
Scalar flux, pressure-diffusion term 83
Scalar flux, pressure-scalar-gradient term 83
Scalar flux, pressure-scrambling term 83 259
Scalar flux, production term 83
Scalar flux, reacting scalars 84
Scalar flux, residual 108
Scalar flux, scalar-flux dissipation 84
Scalar flux, transport equation 83 123—125
Scalar flux, transport equation, derivation 82—84
Scalar flux, transport equation, model 123—125
Scalar mean 7 9 14 18 57 65 66 81—82 89 96 125 151 179 180 208 213 214 262 265 267 379 382
Scalar mean, conditional 207 208 211—213 377
Scalar mean, estimated 301 331
Scalar mean, location-conditioned 297
Scalar mean, transport equation 81 120
Scalar mean, transport equation, derivation 81—82
Scalar mean, transport equation, model 120
Scalar variance 7 14 18 65 67 69 71 84—86 89 155 197 200 223 225—227 242 265 271 378 379
Scalar variance in LSR model 325
Scalar variance in scalar dissipation range 88
Scalar variance in SR model 127 130 131 134 136 364
Scalar variance, conditional 324 325
Scalar variance, definition 15 65
Scalar variance, intensity of segregation 66
Scalar variance, relationship to micromixing time 15 62
Scalar variance, relationship to scalar energy spectrum 71 72
Scalar variance, relationship to Taylor microscale 70
Scalar variance, residual 109
Scalar variance, scalar dissipation rate 85
Scalar variance, scalar variance flux 85
Scalar variance, scalar-variance-production term 85
Scalar variance, transport equation 85 125—126
Scalar variance, transport equation, derivation 84—86
Scalar variance, transport equation, model 125
Scalar vectors, conserved-constant 159 160 171
Scalar vectors, conserved-scalar 148 149 158
Scalar vectors, conserved-variable 159—162 166 168 171 172
Scalar vectors, mixture-fraction 141 156 157 161—179 181 183 193 201 207 211 212 216 221 222 232—234 282—284
Scalar vectors, reacting-scalar 148 149 156
Scalar vectors, reaction-progress 156 166 167 171 207 209 212 214 221 233 284 286
Scalar-conditioned velocity fluctuations 250—251
Scalar-to-velocity length-scale ratio 61 77
Schmidt number, molecular 57
Schmidt number, SGS 109
Schmidt number, turbulent 122
Schmidt number, two scalars 94 135
SGS fields see "LES residual"
Simple chemistry 148 180—193 209 216
Simple chemistry, competitive-consecutive reactions 184—188
Simple chemistry, one-step reaction 182—184
Simple chemistry, parallel reactions 189—193
Simple chemistry, reaction-progress variables 181—182
Singular value decomposition 145 147 148 150 151 157 159 161 169 170 172 315
Singular value decomposition, definition 147
Singular value decomposition, orthogonal matrices 147
Singular value decomposition, singular values 147
SLM see "Conditional acceleration models"
Spectral transport 41—43 78—80 118 272 367
Spectral transport, scalar 78—80
Spectral transport, scalar, cospectral transfer function 78
Spectral transport, scalar, relationship to scalar dissipation rate 79
Spectral transport, scalar, spectral energy transfer rates 79
Spectral transport, scalar, spectral transfer function 78
Spectral transport, scalar, transport equation 363—365
Spectral transport, velocity 41—43
Spectral transport, velocity, characteristic time scale 42
Spectral transport, velocity, relationship to turbulent dissipation rate 42
Spectral transport, velocity, spectral energy transfer rate 42
Spectral transport, velocity, spectral transfer function 41
SR model 127—135
SR model, derivation 365—371
SR model, differential diffusion 135
SR model, multi-variate 135—139
SR model, multi-variate, covariance 136
SR model, multi-variate, covariance-dissipation-production term 136
SR model, multi-variate, decaying scalars 138—139
SR model, multi-variate, dissipation transfer rate 136
SR model, multi-variate, joint scalar dissipation rate 136
SR model, multi-variate, mean scalar gradients 137—138
SR model, relationship to LSR model 322
SR model, scalar dissipation rate 131
SR model, scalar energies 129
SR model, scalar variance 131
SR model, scalar-variance production 130
SR model, spectral transfer rates 132—134
SR model, wavenumber bands 129
Stochastic differential equations 251 276 278 288 298 301—304 308 329 340 355
Stochastic differential equations for notional particles 288 292—294
Stochastic differential equations in Lagrangian PDF methods 287
Stochastic differential equations, Eulerian correspondence 290 293
Stochastic differential equations, FP model 279
Stochastic differential equations, Lagrangian correspondence 293
Stochastic differential equations, numerical simulation 344
Stochastic differential equations, numerical simulation, Euler 344
Stochastic differential equations, numerical simulation, multi-step 345
Stochastic differential equations, Wiener process 279
Taylor microscales 33
Taylor microscales, scalar 70
Taylor microscales, velocity 33
Taylor microscales, velocity, longitudinal 33
Taylor microscales, velocity, transverse 33
Ternary mixing 161 see ternary
| Time scales, mechanical-to-scalar time-scale ratio 76
Time scales, scalar, micromixing 7 194
Time scales, scalar, mixing 7 58 61 62 67 70 72 76 149 156 240
Time scales, scalar, recirculation 7
Time scales, turbulence 2 36
Time scales, turbulence, eddy turnover 38
Time scales, turbulence, integral 7 11 35
Time scales, turbulence, Kolmogorov 15 35
Time scales, turbulence, Taylor 35
Transport equation, composition PDF 250
Transport equation, joint scalar dissipation rate 93
Transport equation, mean pressure 48
Transport equation, mean velocity 47
Transport equation, pressure 17
Transport equation, Reynolds stresses 49
Transport equation, scalar covariance 90
Transport equation, scalar dissipation rate, inert 86
Transport equation, scalar flux, inert 83
Transport equation, scalar flux, reacting 84
Transport equation, scalar mean, inert 82
Transport equation, scalar mean, reacting 81
Transport equation, scalar variance, inert 85
Transport equation, scalar, reacting 16
Transport equation, turbulent dissipation rate 52
Transport equation, turbulent kinetic energy 51
Transport equation, velocity 16
Transport equation, velocity PDF 255
Transport equation, velocity, composition PDF 248
Transported PDF methods 14 26 44 65 67 81 83 84 91 109 125 140 233 236 239—327
Transported PDF methods, chemical source term 308—321 see
Transported PDF methods, composition PDF 244 see
Transported PDF methods, composition PDF transport equation 249—251
Transported PDF methods, higher-order models 321—327 see
Transported PDF methods, Lagrangian 287—298 see
Transported PDF methods, models for conditional acceleration 254—261 see models"
Transported PDF methods, models for conditional diffusion 261—287 see models"
Transported PDF methods, overview 241—244
Transported PDF methods, particle-held estimation 298—308 see
Transported PDF methods, relationship to RANS models 252—254
Transported PDF methods, simulation codes 328—362 see
Transported PDF methods, velocity, composition PDF 242—243 see composition
Transported PDF methods, velocity, composition PDF transport equation 244—249
Transported PDF simulations see "PDF simulation codes"
Turbulence frequency 329 331 341 346 355 356 359 361
Turbulence frequency, definition 116
Turbulence frequency, fluctuating 321
Turbulence frequency, PDF models 321—322
Turbulence frequency, PDF models, gamma-distribution 321
Turbulence frequency, PDF models, log-normal 321
Turbulence frequency, PDF models, stretched-exponential 322
Turbulence frequency, RANS model 116
Turbulence frequency, relationship to LSR model 322
Turbulence frequency, relationship to turbulence time scale 321
Turbulent diffusivity 11 61 85 201 251 331 332 337 340 361
Turbulent diffusivity in LEM 112
Turbulent diffusivity in model for scalar-conditioned velocity fluctuations 251
Turbulent diffusivity in SDE for notional-particle position 294
Turbulent diffusivity, boundary condition 347
Turbulent diffusivity, definition 122
Turbulent diffusivity, relationship to molecular diffusion 122
Turbulent diffusivity, SGS 109 238
Turbulent diffusivity, turbulent Schmidt number 122
Turbulent dissipation rate 7 15 17 18 34 35 38 41 43 51—55 70 89 197 251 272 321
Turbulent dissipation rate in Reynolds-stress models 117
Turbulent dissipation rate in two-equation RANS models 115
Turbulent dissipation rate in two-equation RANS models, derivation 51—53
Turbulent dissipation rate in two-equation RANS models, model 116
Turbulent dissipation rate, definition 38 52
Turbulent dissipation rate, fluctuating 52
Turbulent dissipation rate, relationship to spectral energy transfer rate 38 42 43
Turbulent dissipation rate, transport equation 52
Turbulent energy dissipation spectrum see "Energy spectrum energy
Turbulent flow, statistical description 27—55
Turbulent flow, statistical description, homogeneous 27—43
Turbulent flow, statistical description, homogeneous, correlation functions 32—36
Turbulent flow, statistical description, homogeneous, energy spectra 36—43
Turbulent flow, statistical description, homogeneous, one-point PDF 29—32
Turbulent flow, statistical description, inhomogeneous transport equations 44—55
Turbulent kinetic energy 7 17 28 34 35 37 40—42 50 55 251 304 321 361
Turbulent kinetic energy in two-equation models 115
Turbulent kinetic energy, definition 37
Turbulent kinetic energy, dissipation rate 51 see
Turbulent kinetic energy, production term 51
Turbulent kinetic energy, residual 107
Turbulent kinetic energy, spatial transport 51
Turbulent kinetic energy, transport equation, derivation 51
Turbulent kinetic energy, transport equation, model 115
Turbulent mixing, statistical description 56—99
Turbulent mixing, statistical description, differential diffusion 96—99
Turbulent mixing, statistical description, homogeneous 62—80
Turbulent mixing, statistical description, homogeneous, correlation functions 69—71
Turbulent mixing, statistical description, homogeneous, energy spectra 71—80
Turbulent mixing, statistical description, homogeneous, one-point PDF 62—69
Turbulent mixing, statistical description, inhomogeneous transport equations 80—96
Turbulent mixing, statistical description, phenomenological model 56—62
Turbulent transport, models 100—140
Turbulent transport, models, differential diffusion 135—139
Turbulent transport, models, DNS 100—104
Turbulent transport, models, LEM 110—114
Turbulent transport, models, LES 104—110
Turbulent transport, models, non-equilibrium 127—135
Turbulent transport, models, RANS, scalars 120—127
Turbulent transport, models, RANS, velocity 114—120
Turbulent transport, models, transported PDF 140
Turbulent-diffusivity-based models see "RANS models turbulent-diffusivity-based"
Turbulent-viscosity-based models see "RANS models turbulent-viscosity-based"
Universal equilibrium range 40
VCIEM model 275 see models"
VCIEM model, Lagrangian 297
Velocity field 16
Velocity field, filtered 105
Velocity field, fluctuating 27
Velocity field, Fourier-transformed 101
Velocity field, Lagrangian 28
Velocity field, mean 17 47
Velocity field, random 27
Velocity field, residual 106
Velocity PDF 29 254—256
Velocity PDF, boundary conditions 260
Velocity PDF, conditional 31
Velocity PDF, definition 29
Velocity PDF, Gaussian 30
Velocity PDF, Lagrangian models 294—296
Velocity PDF, LES 106—108
Velocity PDF, models for conditional acceleration 256 see models"
Velocity PDF, Reynolds stresses 30
Velocity PDF, transport equation 255
Velocity PDF, two-point 32
Velocity, composition PDF 44 62—67 81 84 140 240—244 258 290 321 328 330
Velocity, composition PDF codes 354—361
Velocity, composition PDF codes, advantages and disadvantages 360
Velocity, composition PDF codes, mean conservation equations 355—356
Velocity, composition PDF codes, Monte-Carlo simulation 357—358
Velocity, composition PDF codes, notional-particle representation 356—357
Velocity, composition PDF codes, particle-held estimation and consistency 358—359
Velocity, composition PDF in DQMOM 384
Velocity, composition PDF, conditional acceleration 258 see
Velocity, composition PDF, conditional diffusion see "Conditional diffusion"
Velocity, composition PDF, definition 62
Velocity, composition PDF, LES 109
Velocity, composition PDF, relationship to composition PDF 242 244
Velocity, composition PDF, transport equation 244—249
Velocity, wavenumber PDF models 261
Viscous-convective sub-range 75 79 80 94 127 128
Viscous-diffusive sub-range 74 80 94
Zone models 10—11
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