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| Hayes W.D., Probstein R.F. — Hypersonic Flow Theory |
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| Предметный указатель |
"Generalized" shock-expansion method 265
"Generalized" shock-expansion method 265
"Second-order" shock-expansion method 275 277
"Second-order" shock-expansion method 275, 277
Absolute optimum shapes 93—97 105
Absolute optimum shapes 93—97, 105
Absolute optimum shapes, axisymmetric 95 105
Absolute optimum shapes, axisymmetric 95, 105
Absolute optimum shapes, two-dimensional 105
Absolute optimum shapes, two-dimensional 105
Absolute zero temperature, enthalpy at 19 261
Absolute zero temperature, enthalpy at 19, 261
Absorption relaxation 396
Absorption relaxation 396
Accommodation coefficients 2 383 396—398
Accommodation coefficients 2, 383, 396—398
Accommodation coefficients for each energy mode 396
Accommodation coefficients for each energy mode 396
Accommodation coefficients for Newton's models 72 73
Accommodation coefficients for Newton's models 72, 73
Accommodation coefficients, dependence of 398
Accommodation coefficients, dependence of 398
Accommodation coefficients, normal 398 401
Accommodation coefficients, normal 398, 401
Accommodation coefficients, tangential 397 398 402
Accommodation coefficients, tangential 397, 398, 402
Accommodation coefficients, thermal 396 397 402
Accommodation coefficients, thermal 396, 397, 402
Adams M.C. 326—332 376 387 391
Adams, M.C. 326—332 376 387 391
Adams, M.C. 326—332, 376, 387, 391
Adsorption 397
Adsorption 397
Air, properties of see "Equilibrium air"
Air, properties of Equilibrium air
Almost-normal shock, on cone 149
Almost-normal shock, on cone 149
Almost-normal shock, on wedge 143
Almost-normal shock, on wedge 143
Amdur I. 397
Amdur, I. 397
Amdur, I. 397
Analogy, Artesian-well 172—173
Analogy, Artesian-well 172—173
Analogy, Shower-bath 172—173
Analogy, Shower-bath 172—173
Analytic continuation into complex domain 234, 245—248
Analytic continuation of flow field 232
Analytic continuation of flow field 232
Analytic continuation upstream of shock 231
Analytic continuation, into complex domain 234 245—248
Analytic continuation, upstream of shock 231
Analytip continuation into complex domain 234 245—248
Analytip continuation of flow field 232
Analytip continuation upstream of shock 231
Angle of attack 31 38 40
Angle of attack 31, 38, 40
Artesian-well analogy 172—173
Artesian-well analogy 172—173
Ashley H. 68 414 415
Ashley, H. 68 414 415
Ashley, H. 68, 414, 415
Aspect ratio 38 40 45 46 69
Aspect ratio 38, 40, 45, 46, 69
Attached solutions on blunt ogive of revolution 189—194
Attached solutions on blunt ogive of revolution 189—194
Automodel solutions 53
Automodel solutions 53
Averaging process for turbulent flow 326 327
Averaging process for turbulent flow 326, 327
Axisymmetric and two-dimensional cases, difference between 111 161 162 183 195 201
Axisymmetric and two-dimensional cases, difference between 111, 161, 162, 183, 195, 201
Baker B.M.L., Jr. 386
Baker, B.M.L., Jr. 386
Baker, R.M.L., Jr. 386
Bam — Zelikovich G.M. 36
Bam-Zelikovich, G.M. 36
Bam-Zelikovich, G.M. 36
Basic hypersonic assumption 9 34
Basic hypersonic assumption 9, 34
Basic hypersonic limiting process 9 10 13 15 22 24
Basic hypersonic limiting process 9, 10, 13, 15, 22, 24
Bechert K. 52
Bechert, K. 52
Bechert, K. 52
Becker integral for total enthalpy 391
Becker integral for total enthalpy 391
Becker J.Y. 336 341
Becker, J.V. 336 341
Becker, J.Y. 336, 341
Beekwith I.E. 318
Beekwith, I.E. 318
Beekwith, I.E. 318
Belotserkovskii O.M. 207 216 219 223—225
Belotserkovskii, O.M. 207 216 219 223—225
Belotserkovskii, O.M. 207, 216, 219, 223—225
Bernoulli equation in constant-density flows 144 153—156 159 160 163
Bernoulli equation in constant-density flows 144, 153—156, 159, 160, 163
Bernoulli equation in method of integral relations 216
Bernoulli equation in method of integral relations 216
Bernoulli equation with relaxation techniques 228 229
Bernoulli equation with relaxation techniques 228, 229
Bertram M.H. 341 349 350 361 368 369
Bertram, M.H. 341 349 350 361 368 369
Bertram, M.H. 341, 349, 350, 361, 368, 369
Bird R.B. 287 288
Bird, R.B. 287 288
Bird, R.B. 287, 288
Blasius equation 232
Blasius equation 232
Blasius H. 323
Blasius turbulent skin friction formula 328
Blasius turbulent skin friction formula 328
Blasius, H. 323
Blasius, H. 323
Blast wave solutions 57 354
Blast wave solutions 57, 354
Blunt ogive of revolution, attached solutions on 189—194
Blunt ogive of revolution, attached solutions on 189—194
Blunt-body flows 4 5 28 75
Blunt-body flows 4, 5, 28, 75
Blunt-body flows with thin shock layers 181—201
Blunt-body flows, constant density 150—165
Blunt-body flows, constant density 150—165
Blunt-body flows, other methods for 202—252
Blunt-body flows, other methods for 202—252
Blunt-body flows, rarefied 378—381 388—395
Blunt-body flows, rarefied 378—381, 388—395
Blunt-body flows, with thin shock layers 181—201
Blunt-body flows, with thin shock layers 181—201
Blunt-nosed cone, flow about 249—251
Blunt-nosed cone, flow about 249—251
Blunted slender body 7 63 272 281
Blunted slender body 7, 63, 272, 281
Blunted slender body, boundary layer interaction on 333 367—370
Blunted slender body, boundary layer interaction on 333, 367—370
Blunted slender body, empirical pressure relation for 370
Blunted slender body, empirical pressure relation for 370
Blunted slender body, vorticity interaction on 369 370
Blunted slender body, vorticity interaction on 369, 370
Bluntness induced interactions 334 367—370
Bluntness induced interactions 334, 367—370
Body-oriented coordinate system 171
Body-oriented coordinate system 171
Bogdonoff S.M. 206 335 368 370
Bogdonoff, S.M. 206 335 368 370
Bogdonoff, S.M. 206, 335, 368, 370
Boltzmann equation 27 386
Boltzmann equation 27, 386
Boundary layer 7 26 284—374
| Boundary layer 7, 26, 284—374
Boundary layer concepts 284 288
Boundary layer concepts 284, 288
Boundary layer concepts in bluntness induced interactions 369
Boundary layer concepts in rarefied gas flows 340 376 381
Boundary layer concepts in strong interaction 336
Boundary layer concepts in vorticity interaction 340 370 373
Boundary layer concepts, in bluntness induced interactions 369
Boundary layer concepts, in bluntness induced interactions 369
Boundary layer concepts, in rarefied gas flows 340 376 381
Boundary layer concepts, in rarefied gas flows 340, 376, 381
Boundary layer concepts, in strong interaction 336
Boundary layer concepts, in strong interaction 336
Boundary layer concepts, in vorticity interaction 340 370 373
Boundary layer concepts, in vorticity interaction 340, 370, 373
Boundary layer coordinates, physical 288
Boundary layer coordinates, physical 288
Boundary layer coordinates, transformed 290
Boundary layer coordinates, transformed 290
Boundary layer equations, laminar 288—291
Boundary layer equations, laminar 288—291
Boundary layer equations, turbulent 326 327
Boundary layer equations, turbulent 326, 327
Boundary layer induced interactions 29 285 334—367 370—374
Boundary layer induced interactions 29, 285, 334—367, 370—374
Boundary layer interaction 29 42 284 285 333—374
Boundary layer interaction 29, 42, 284, 285, 333—374
Boundary layer regime, in flow classification 384
Boundary layer regime, in flow classification 384
Boundary layer thickness 28 284 285 328 see
Boundary layer thickness see also “Displacement thickness”, 28, 284, 285, 328
Boundary layer thickness with strong interaction 339
Boundary layer thickness with weak interaction 338
Boundary layer thickness, with strong interaction 339
Boundary layer thickness, with strong interaction 339
Boundary layer thickness, with weak interaction 338 Displacement
Boundary layer thickness, with weak interaction 338
Boundary layer type of coordinate system 168 288 289 388
Boundary layer type of coordinate system 168, 288, 289, 388
Boundary layer type of coordinate system, metric for 169
Boundary layer type of coordinate system, metric for 169
Bowen E.N. 79
Bowen, E.N. 79
Bowen, E.N. 79
Bulk coefficient of viscosity 389
Bulk coefficient of viscosity 389
Bunimovich A.I. 36
Bunimovich, A.I. 36
Bunimovich, A.I. 36
Busemann A. 73 74 78 79 293 348
Busemann centrifugal correction see "Centrifugal correction of Busemann"
Busemann centrifugal correction see “Centrifugal correction of Busemann”
Busemann expansion for pressure 68 279
Busemann expansion for pressure 68
Busemann integral for total enthalpy 293
Busemann integral for total enthalpy 293
Busemann, A. 73 74 78 79 293 348
Busemann, A. 73, 74, 78, 79, 293, 348
Bush W.B. 153 157 159 162 177
Bush, W.B. 153 157 159 162 177
Bush, W.B. 153, 157, 159, 162, 177
Cabannes H. 231
Cabannes, H. 231
Cabannes, H. 231
Cajori A. 70 72
Cajori, A. 70 72
Cajori, A. 70, 72
Catalogue of blunt-body solutions 252
Catalogue of blunt-body solutions 252
Catalytic recombination on body 287 288 310 311 328
Catalytic recombination on body 287, 288, 310, 311, 328
Cauchy problem 230—232 245—247
Cauchy problem 230—232, 245—247
Centrifugal correction of Busemann 74 78 243
Centrifugal correction of Busemann 74, 78, 243
Centrifugal correction of Busemann in constant-density solutions 156 161
Centrifugal correction of Busemann in initial pressure gradient on ogives 48 52
Centrifugal correction of Busemann in tangent-wedge method 280
Centrifugal correction of Busemann in unsteady pressure correction 134
Centrifugal correction of Busemann, generalized to three-dimensional flows 119
Centrifugal correction of Busemann, generalized to three-dimensional flows 119
Centrifugal correction of Busemann, in constant-destiny solutions 156 161
Centrifugal correction of Busemann, in constant-destiny solutions 156, 161
Centrifugal correction of Busemann, in initial pressure gradient on ogives 48 52
Centrifugal correction of Busemann, in initial pressure gradient on ogives 48, 52
Centrifugal correction of Busemann, in tangent-wedge method 280
Centrifugal correction of Busemann, in tangent-wedge method 280
Centrifugal correction of Busemann, in unsteady pressure correction 134
Centrifugal correction of Busemann, in unsteady pressure correction 134
Chambre P.L. 376 379 387 396 398
Chambre, P.L. 376 379 387 396 398
Chambre, P.L. 376, 379, 387, 396, 398
Chapman D.R. 335
Chapman, D.R. 335
Chapman, D.R. 335
Characteristic coordinates 247
Characteristic coordinates 247
Characteristic equations 256—258 267
Characteristic equations 256—258, 267
Characteristic interactions 334
Characteristic interactions 334
Characteristics 55 256
Characteristics 55, 256
Characteristics, limiting see "Limiting characteristic"
Characteristics, method of see "Method of characteristics"
Characteristics, principal 265—268 282
Characteristics, principal 256—268, 282
Characteristics, reflected 265—268 282
Characteristics, reflected 265—268, 282
Charwat A.F. 386
Charwat, A.F. 386
Charwat, A.F. 386
Chemical reaction 27 264 284
Chemical reaction 27, 264, 284
Chemyi, G.G. 53 104 173 174 179
Cheng H.K. 39 53
Cheng, H.K. 39 53
Cheng, H.K. 39, 53
Chernyi G.G. 53 104 173 174 179
Chernyi, G.G. 53, 104, 173, 174, 179
Chester W. 152 153 156—162 173 174 177
Chester, W. 152 153 156—162 173 174 177
Chester, W. 152, 153, 156—162, 173, 174, 177
Chiang S.F. 387
Chiang, S.F. 387
Chiang, S.F. 387
Chisnell R.F. 66
Chisnell, R.F. 66
Chisnell, R.F. 66
Chocking phenomenon at shoulder 186
Chocking phenomenon at shoulder 186
Choking phenomenon at shoulder 186
Chu B.T. 254 268 269
Chu, B.T. 254 268 269
Chu, B.T. 254, 268, 269
Circular cylinder, constant-density solution for 150—158
Circular cylinder, constant-destiny solution for 150—158
Circular cylinder, constant-destiny solution for 150—158
Circular cylinder, flow about 214 223—226
Circular cylinder, flow about 214, 223—226
Circular cylinder, Newtonian solution for 82 111
Circular cylinder, Newtonian solution for 82, 111
Classification of rarefied gas flow regimes 384—386
Classification of rarefied gas flow regimes 384—386
Cline C.W. 47
Cline, C.W. 47
Cline, C.W. 47
Coburn N. 254
Coburn, N. 254
Coburn, N. 254
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