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| Авторизация |
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| Поиск по указателям |
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| Hayes W.D., Probstein R.F. — Hypersonic Flow Theory |
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| Предметный указатель |
Codd J. 226
Codd, J. 226
Codd, J. 226
Coefficient of thermal expansion 306
Coefficient of thermal expansion 306
Cohen C. B. 299 305—309 319—321
Cohen, C.B. 299 305—309 319—321
Cohen, C.B. 299, 305—309, 319—321
Cold wall paradox, continuum 379 380 383
Cold wall paradox, continuum 379, 380, 383
Cold wall paradox, free molecule 384 404
Cold wall paradox, free molecule 384, 404
Cole J.D. 84 105 173
Cole, J.D. 84 105 173
Cole, J.D. 84, 105, 173
Completely diffuse reflection 398 404
Completely diffuse reflection 398, 404
Compressibility correction to constant-density solutions 149 150 157 158 162
Compressibility correction to constant-density solutions 149, 150, 157, 158, 162
Compressibility factor 262
Compressibility factor 262
Concave circular cylinder, Newtonian solution for 83 111
Concave circular cylinder, Newtonian solution for 83, 111
Cone, constant-density solution for 143—150
Cone, constant-density solution for 143—150
Cone, Newtonian solution for 148
Cone, Newtonian solution for 148
Cone, small-disturbance solution for 48 50
Cone, small-disturbance solution for 48, 50
Cone-expansion method 49 52 273
Cone-expansion method 49, 52, 273
Conical body in Newtonian flow 125—127
Conical body in Newtonian flow 125—127
Conical flows 37 126 143—150
Conical flows 37, 126, 143—150
Constant-density approximation 139 166
Constant-density approximation 139, 166
Constant-density approximation for blunt bodies 158 157
Constant-density approximation for circular cylinder 157 158
Constant-density approximation for cone 145 148
Constant-density approximation for sphere 162 239
Constant-density approximation, for blunt bodies 156 157
Constant-density approximation, for blunt bodies 156, 157
Constant-density approximation, for circular cylinder 157 158
Constant-density approximation, for circular cylinder 157, 158
Constant-density approximation, for cone 145 148
Constant-density approximation, for cone 145, 148
Constant-density approximation, for sphere 162 239
Constant-density approximation, for sphere 162, 239
Constant-density solutions 139—165
Constant-density solutions 139—165
Constant-density solutions, compressibility corrections to 149 150 157 158 162
Constant-density solutions, compressibility corrections to 149, 150, 157, 158, 162
Constant-energy solution 56—65 85 86
Constant-energy solution 56—65, 85, 85
Constant-energy solution in bluntness induced interactions 368—370
Constant-energy solution, application to hypersonic flow 61
Constant-energy solution, application to hypersonic flow 61
Constant-energy solution, in bluntness induced interactions 368—370
Constant-energy solution, in bluntness induced interactions 368—370
Constant-pressure boundary layer solutions 293—298
Constant-pressure boundary layer solutions 293—298
Constant-pressure viscous layer 392 393
Constant-pressure viscous layer 392, 393
Constant-stream tube-area approximation 183—195
Constant-stream tube-area approximation, limitations of 183 194 195 201
Constant-streamtube-area approximation 183-195
Constant-streamtube-area approximation 183-195
Constant-streamtube-area approximation, limitations of 183 194 195 201
Constant-streamtube-area approximation, limitations of 183, 194, 195, 201
Contact discontinuity, matching across 258
Contact discontinuity, matchingacross 258
Contact discontinuity, matchingacross 258
Continuum assumption 375—382
Continuum assumption 375—382
Continuum cold wall paradox 379 380 383
Continuum cold wall paradox 379, 380, 383
Continuum regime 28 375 384 385
Continuum regime 28, 375, 384, 385
Convergence of inverse solution procedure 230—234 246 247
Convergence of iteration scheme 178 214
Convergence of iteration scheme 178, 214
Cool core 64 86 356
Cool core 64, 86, 356
Correlation parameter of Thwaites 318 319
Correlation parameter of Thwaites 318, 319
Courant R. 95 100
Courant, R. 95 100
Courant, R. 95, 100
Crabtree L.F. 319
Crabtree, L.F. 319
Crabtree, L.F. 319
Cranz C. 72 73
Cranz, C. 72 73
Cranz, C. 72, 73
Creager M.O. 370 406
Creager, M.O. 370 406
Creager, M.O. 370, 406
Critical point 185—194
Critical point 185—194
Critical point in hydraulic analogy 173
Critical point in variable-streamtube-area approximation 198
Critical point, analogy of with sonic singular point 220
Critical point, analogy of with sonic singular point 220
Critical point, in hydraulic 173
Critical point, in hydraulic 173
Critical point, in variable-streamtube-area approximation 198
Critical point, in variable-streamtube-area approximation 198
Critical point, stand of distant-off distance at 185
Critical point, stand of distant-off distance at 185
Critical point, stand-off distance at 185
Crocco integral for total enthalpy 293 311 327 330
Crocco integral for total enthalpy 293, 311, 327, 330
Crocco L. 190 268 293—295 335 343 360
Crocco point 189—192
Crocco point 189—192
Crocco stream function 283
Crocco stream function 283
Crocco vorticity law 4 23 24 204 205 213
Crocco vorticity law 4, 23, 24, 204, 205, 213
Crocco, L. 190 268 293—295 335 343 360
Crocco, L. 190, 268, 293—295, 335, 343, 360
Croeco stream function 283
Cross flow, constant-density solutions with 162—165
Cross flow, constant-density solutions with 162—165
Cross flow, steady Newtonian 114—129
Cross flow, steady Newtonian 114—129
Cross flow, unsteady Newtonian 130—138
Cross flow, unsteady Newtonian 130—138
Culler G.J. 66
Culler, G.J. 66
Culler, G.J. 66
Curtiss C.F. 287 288
Curtiss, C.F. 287 288
Curtiss, C.F. 287, 288
Curvature effects in boundary layers 334
Curvature effects in boundary layers 334
Curvature of reference surface 168
Curvature of reference surface 168
Curvature tensor 119 131
Curvature tensor 119, 131
Cylindrical Newtonian flow 121—125
Cylindrical Newtonian flow 121—125
Daskin W. 91
Daskin, W. 91
Daskin, W. 91
Dennis D. H. 72 93—95 275—278
Dennis, D.H. 72 93—95 275—278
Dennis, D.H. 72, 93—95, 275—278
Density coefficient 43
| Density coefficient 43
Density in boundary layer in perfect gas 304
Density in boundary layer, empirical fitting for 306
Density in boundary layer, empirical fitting for 306
Density in boundary layer, in perfect gas 304
Density in boundary layer, in perfect gas 304
Density ratio across shock 4 7 12—18
Density ratio across shock 4, 7, 12—18
Density ratio across shock, limiting 13
Density ratio across shock, limiting 13
Density ratio variation, effect of 153 156 162
Density ratio variation, effect of 153, 156, 162
Detached shock solutions on wedge or cone 178
Detached shock solutions with constant-streamtube-area approximation 189 192
Detached shock solutions, on wedge or cone 178
Detached shock solutions, on wedge or cone 178
Detached shock solutions, with constant-streamtube-area approximation 189 192
Detached shock solutions, with constant-streamtube-area approximation 189, 192
Detachment distance see "Stand-off distance"
Detachment distance see “Stand-off distance”
Detachment function 140 141 146
Detachment function 140, 141, 146
Detachment point 22 142 189 193
Detachment point 22, 142, 189, 193
Detra R.W. 297 307 313—316
Detra, R.W. 297 307 313—316
Detra, R.W. 297, 307, 313—316
Deviation of shock from circular 156 162 187
Deviation of shock from circular 156, 162, 187
Diffuse reflection 397
Diffuse reflection 397
Diffuse reflection, completely 398 404
Diffuse reflection, completely 398, 404
Diffusing component, mass fraction of 289 294
Diffusing component, mass fraction of 289, 294
Diffusion 2 27 284—289 301
Diffusion 2, 27, 284—289, 301
Diffusion coefficient 287—289
Diffusion coefficient 287—289
Diffusion coefficient, turbulent 327
Diffusion coefficient, turbulent 327
Dilatational coefficient of viscosity 389
Dilatational coefficient of viscosity 389
Dimensionless velocity and enthalpy functions 290
Dimensionless velocity and enthalpy functions 290
Dimensionless velocity and enthalpy functions, expansion of 323—325
Dimensionless velocity and enthalpy functions, expansion of 323—325
Dimensionless velocity and enthalpy functions, splitting of 324 325
Dimensionless velocity and enthalpy functions, splitting of 324, 325
Direct problem (body given) 167 171 202 210—230
Direct problem (body given) 167, 171, 202, 210—230
Direct problem (body given) in constant-streamtube-area approximation 181
Direct problem (body given) in successive approximation schemes 174 177
Direct problem (body given), in constant-streamtube-area approximation 181
Direct problem (body given), in constant-streamtube-area approximation 181
Direct problem (body given), in successive approximation schemes 174 177
Direct problem (body given), in successive approximation schemes 174, 177
Discontinuity in shock angle see "Jump in shock angle"
Discontinuity in shock angle see “Jump in shock angle”
Displacement thickness 313 317 319 337
Displacement thickness 313, 317, 319, 337
Displacement thickness in constant-pressure solutions 343
Displacement thickness in strong interaction 355 358 359
Displacement thickness in vorticity interaction, effect of 371
Displacement thickness in weak interaction 344 349
Displacement thickness on cone 352
Displacement thickness on hypersonic similitude, effect of 41 42
Displacement thickness with local similarity 367
Displacement thickness with transverse curvature 353
Displacement thickness, dimensionless 317—320
Displacement thickness, dimensionless 317—320
Displacement thickness, in constant-pressure solutions 343
Displacement thickness, in constant-pressure solutions 343
Displacement thickness, in strong interaction 355 358 359
Displacement thickness, in strong interaction 355, 358, 359
Displacement thickness, in vorticity interaction, effect of 371
Displacement thickness, in vorticity interaction, effect of 371
Displacement thickness, in weak interaction 344 349
Displacement thickness, in weak interaction 344, 349
Displacement thickness, on cone 352
Displacement thickness, on cone 352
Displacement thickness, on hypersonic similitude, effect of 41 42
Displacement thickness, on hypersonic similitude, effect of 41, 42
Displacement thickness, with local similarity 367
Displacement thickness, with local similarity 367
Displacement thickness, with transverse curvature 353
Displacement thickness, with transverse curvature 353
Dissipative effects see "Viscous effects"
Dissipative effects see “Viscous effects”
Dissociation 2 15 284—288
Dissociation 2, 15, 284—288
Dissociation energy 287 289
Dissociation energy 287, 289
Dissociation energy of nitrogen 295 297
Dissociation energy, of nitrogen 295 297
Dissociation energy, of nitrogen 295, 297
Distribution function 395 399
Distribution function 395, 399
Distribution function in Navier — Stokes solutions 387
Distribution function, in Navier — Stokes solutions 387
Distribution function, in Navier — Stokes solutions 387
Distribution function, Maxwellian 399
Distribution function, Maxwellian 399
Divergence form, equations in 215 216
Divergence form, equations in 215, 216
Divergence of power series solution 231
Divergence of power series solution 231
Donaldson C. du P. 329
Donaldson, C. du P. 329
Donaldson, C. du P. 329
Dore F.J. 295 296 300
Dore, F.J. 295 296 300
Dore, F.J. 295, 296, 300
Dorodnitsyn A.A. 214—216 219 290
Dorodnitsyn transformation see "Howarth — Dorodnitsyn transformation"
Dorodnitsyn transformation see “Howarth — Dorodnitsyn transformation”
Dorodnitsyn, A.A. 214—216 219 290
Dorodnitsyn, A.A. 214—216, 219, 290
Drag coefficient for optimum Newtonian shapes 102—109
Drag coefficient in free molecule similitude 409
Drag coefficient in hypersonic similitude 40
Drag coefficient in Newtonian flow 78 84 93 94 105
Drag coefficient, for optimum Newtonian shapes 102—109
Drag coefficient, for optimum Newtonian shapes 102—109
Drag coefficient, in free molecule similitude 409
Drag coefficient, in free molecule similitude 409
Drag coefficient, in hypersonic similitude 40
Drag coefficient, in hypersonic similitude 40
Drag coefficient, in Newtonian flow 78 84 93 94 105
Drag coefficient, in Newtonian flow 78, 84, 93, 94, 105
Drain trough problem 115—117
Drain trough problem 115—117
Drebinger J.W. 207 226 229
Drebinger, J.W. 207 226 229
Drebinger, J.W. 207, 226, 229
Eckert E.R.G. 296 328
Eckert, E.R.G. 296 328
Eckert, E.R.G. 296, 328
Eddy diffusion coefficient 327
Eddy diffusion coefficient 327
Eddy thermal conductivity 327
Eddy thermal conductivity 327
Eddy viscosity 327
Eddy viscosity 327
Effective body 285 333 337 338 341
Effective body 285, 333, 337, 338, 341
Effective body in inverse method 366
Effective body with strong interaction 356
Effective body, in inverse method 366
Effective body, in inverse method 366
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