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| Krasnov N.F. — Aerodynamics. Part 1. Fundamentals of theory. Aerodynamics of an Airfoil and a Wing |
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| Предметный указатель |
Formula, Biot — Savart 95
Formula, conversion, coordinate systems 820
Formula, Euler 97
Formula, Karman — Tsien 268
Formula, Prandtl — Glauert 268 302 306
Formula, Reynolds generalized 33f
Formula, Sutherland's 63
Formula, Zhukovsky 248
Formula, Zhukovsky — Chaplygin 247
Frankl, F.I. 21 22 206 394
Frequency, oscillations 414
Friction see also "Viscosity"
Friction in turbulent flow 32ff
Friedrichs, K.O. 494
Function, conformal 240f
Function, dissipative 127
Function, doublet distribution 354 358 360f
Function, potential 79 243 354f 367ff 457 see
Function, potential, derivatives 458
Function, potential, doublet 354f
Function, potential, gradient 80
Function, stream 89f 98 202
Garabedian, P. 23
Gas see also "Air" "Flow(s)" "Fluid"
Gas, compressibility 14 16 58f 452ff
Gas, conduction of electricity 19
Gas, diatomic, mean molar mass 70
Gas, diffusion 121
Gas, dissociation 60 189ff
Gas, dynamics 14f see high-speed"
Gas, dynamics, equations 129ff 144
Gas, flow from reservoir 154ff
Gas, heating 59ff
Gas, ideal 134 149 see perfect"
Gas, interaction with body 15f 18
Gas, ionization 189f
Gas, jet, configuration 149f
Gas, kinetic coefficients 63f
Gas, mixture 67
Gas, mixture, mean molar mass 70
Gas, parameters, at stagnation point 191
Gas, perfect see also "Gas ideal"
Gas, perfect, calorically 65
Gas, perfect, equation of state 65
Gas, perfect, thermally 65
Gas, recombination 60
Gas, stream, configuration 149f
Gas, viscous, flow in boundary layer 134
Ginzburg, I.P. 494
Glauert, H. 21
Golubev, V.V. 21
Gradient, entropy 216
Gradient, normal velocity 32
Gradient, potential function 80
Gradient, pressure 107
Gradient, velocity 34
Gromeka, I.S. 134 136
Half-wing, infinite triangular 321
Hayes, W.D. 494
Heat, specific 61f
Heating, aerodynamic 15 18 23
Helmholtz, H.L.F. 251
Hodograph 179ff
Hypothesis, absence of reverse influence 17
Hypothesis, continuum 16 20
Hypothesis, harmonicity 488f
Hypothesis, Khristianovich's 273
Hypothesis, Newton's 32
Hypothesis, plane sections 253f
Hypothesis, Prandtl's 32f
Hypothesis, steadiness 17 489
Hypothesis, steadiness, expanded 489
Hypothesis, stress-strain proportionality 108
Hypothesis, Zhukovsky — Chaplygin 244
Instability, dynamic 394
Instability, static 53 415
Instability, static, directional 57f
Instability, static, lateral 57
Instability, static, longitudinal 54f
Integral(s), Bernoulli 138
Integral(s), Couchy — Lagrange 420ff
Integral(s), Couchy — Lagrange, linearized expression 421
Integral(s), Lagrange 135
Integral(s), motion 134ff
Intensity, source distribution 318
Intensity, turbulencc 29
Intensity, vortex circulation 236f
Interaction, body-plasma 19
Interaction, chemical 15 18
Interaction, force 15
Interaction, mechanical 15
Interaction, terms 402
Interaction, thermal 15 18
Interference, aerodynamic 20f
Ionization 60 189f
Ionization, thermal 60
Ionov, V.P. 61 62 66 165 188 493
Irov Yu.D. 153 157 493
Isobars 66f
Isochors 66f
Isotherms 66f
Iyevlev, V.M. 19
Joukowski see "Zhukovsky"
Kalikhman, L.E. 19
Karpovich, E.I. 22
Keil E.V. 153 157 493
Keldysh, M.V. 21 22
Khristianovich, S.A. 21 269 270 271 273 493
Kibardin, Yu.A. 62 63 67 188 493
Kibel, I.A. 19 22 82 111 493
Kochin, N.E. 19 82 111 493
Koshevoi, V.N. 193 494
Krasilshchikova, E.A. 22 269 381 494
Krasnov, N.F. 193 494
Kuethe, S. 494
Kuznetsov, S.I. 62 63 67 188 493
Landau, L.D. 494
Lavrentyev, M.A. 21 22
Law, Dalton's 69
Law, elliptic, circulation distribution 258f
Law, energy conservation 124 165
Law, Fourier 125
Law, mass conservation 80
Law, momentum conservation 164
Law, Newton's friction 32
Law, thermodynamics, second 181
Leading edge(s) 367
Leading edge(s), sonic 316 363 365 384
Leading edge(s), subsonic 303ff 316 326f 331ff 351ff 355ff 366ff 381ff
Leading edge(s), supersonic 303f 316 330f 351f 372ff 385
Leading edge(s), sweep parameter 316f
Lebedev, A.A. 384 494
Length, mixing 34
Length, relaxation 198
Lenin, V.I. 15
Level, turbulence 29
Liepmann, H.W. 494
Lifshits, E.M. 494
Lift 38 42 see lift"
Lift coefficient 43 253ff 296 315
Lift coefficient and drag coefficient 296
Lift coefficient, compressible flow 274
Lift coefficient, nearly uniform flow 236 238
Lift coefficient, pentagonal wing 371
Lift coefficient, sideslipping wing 302 304
Lift coefficient, symmetric airfoil 298f
Lift coefficient, tetragonal wing 364f
Lift coefficient, total 387
Lift coefficient, triangular wing 362ff
Lift coefficient, wedge-shaped airfoil 298f
| Lift coefficient, wing tips 387
Lighthill, M. 23
Line(s), disturbance 160
Line(s), Mach 160 211
Line(s), vortex 90f
Line(s), waximum thickness 348f
Line(s), weak disturbances 161 182 211
Loitsyansky L.G. 19 30 493
Loop, perfect 409f
Lyubimov, A.N. 62 63 67 188 493
Magnetogasdynamics 19
Mal'tsev, V.N. 238 255 256 275 276 494
Manoeuvrability, craft 395
Margin, static stability 55
Melnikov, A.P. 19
Method, Burago's 275ff
Method, characteristics 22 200ff
Method, characteristics and wind tunnel nozzle shaping 230ff
Method, characteristics, calculation of supersonic flow parameters 285ff
Method, conformal transformations 240ff
Method, doublet distribution 353ff
Method, Glauert — Trefftz 255
Method, Khristianovich 269ff
Method, mapping 240
Method, reverse-flow 391ff
Method, similarity 139
Method, small perturbations 412
Method, sources 317ff 425ff
Method, sources, field of application 351ff
Method, tangent wedges 292 489ff
Method, tangent wedges, stability derivatives 490f
Meyer, T. 279
Milne-Thomson, L.M. 494
Mironer, A. 494
Mkhitaryan, A.M. 165 255 256 493
Model, vortex, intricate lifting surface 430
Model, vortex, non-circulatory flow 431
Modulus, longitudinal elasticity 108
Modulus, shear 109
Moment coefficient 284 295 388 see longitudinal "Coefficient(s) pitching-moment" "Coefficient(s) rolling-moment" "Coefficient(s) yawing-moment"
Moment coefficient, compressible flow 274
Moment coefficient, nearly uniform flow 236 239
Moment coefficient, pentagonal wing 371
Moment coefficient, sideslipping wing 302 304
Moment coefficient, symmetric airfoil 298f
Moment coefficient, tetragonal wing 364f
Moment coefficient, wedge-shaped airfoil 298
Moment(s), conversion to another coordinate system 40f
Moment(s), destabilizing 53f
Moment(s), doublet 102
Moment(s), gyroscopic 403f
Moment(s), pitching 38 400f 404f 416f
Moment(s), positive 38
Moment(s), rolling 38 401f 416f
Moment(s), stabilizing 52
Moment(s), tilting 53
Moment(s), yawing 38 401
Motion(s) see also "Flow(s)"
Motion(s) at low Strouhal numbers 444
Motion(s), air, at high speeds 14
Motion(s), asymmetric 449f
Motion(s), basic 411
Motion(s), centre of mass 407
Motion(s), disturbed 411
Motion(s), equations 114ff
Motion(s), fluid, inviscid compressible 113f
Motion(s), fluid, viscous incompressible 113
Motion(s), free 412
Motion(s), free, stability 412
Motion(s), integrals, ideal fluid 134ff
Motion(s), irrotational 79
Motion(s), lateral 406f
Motion(s), longitudinal 406f
Motion(s), oscillatory 414f see
Motion(s), oscillatory, damping 483
Motion(s), particle 106
Motion(s), particle, fluid 75ff
Motion(s), pitching 406 408ff
Motion(s), pitching, modes 408ff
Motion(s), proper 412
Motion(s), sinusoiadal 410
Motion(s), spiral 403
Motion(s), stable 411f
Motion(s), symmetric 449f
Motion(s), undisturbed 411
Motion(s), unstable 411f
Motion(s), unsteady 415 459
Motion(s), unsteady, aerodynamic characteristics 394ff
Motion(s), vortex-free 79ff
Navier, A. 19
Nekrasov, A.I. 22
Neutrality 55 57f
Newton, I. 32
Nnmber(s), dimensionless 17
Nnmber(s), Froude 142 146f
Nnmber(s), Mach 47 141f 147 395
Nnmber(s), Mach, behind normal shock 184 186f
Nnmber(s), Mach, critical 303
Nnmber(s), Mach, initial value 271 273f
Nnmber(s), Mach, limiting value 186f
Nnmber(s), Prandtl 143 146f
Nnmber(s), Reynolds 47 141f 146f 395
Nnmber(s), Strouhal 142 146 397f
Nose, blunted 23
Nozzle, critical section area 231
Nozzle, two-dimensional supersonic 231ff
Nozzle, two-dimensional supersonic, shaped 232f
Nozzle, two-dimensional supersonic, unshaped 231
Nozzle, wind tunnel, for supersonic flow 230f
Operator, Laplacian 111 117 119
Oscillations, damped 414
Oscillations, frequency 414
Oscillations, harmonic 398
Oscillations, longitudinal 408
Oscillations, period 414
Oscillations, periodic 414
Oscillations, wavelength 414
Oswatitsch, K. 494
Paradox, Euler — D'Alembert 248
Parameter(s) see also "Characteristics" "Variables"
Parameter(s), averaged 31
Parameter(s), disturbed supersonic flow 222ff
Parameter(s), stagnation 191
Parameter(s), stagnation, behind normal shock 184f
Parameter(s), supersonic flow, calculation by method of characteristics 285ff
Parameter(s), sweep, leading edge 316f
Particle, fluid, angular strain 76 78
Particle, fluid, energy 125f
Particle, fluid, energy, internal 124
Particle, fluid, energy, kinetic 124
Particle, fluid, linear strain 76 78
Particle, fluid, motion 75ff
Particle, fluid, relative volume deformation 109
Pathline, particle 71 74
Pathline, particle, equation 71
Pattern, wing, Chaplygin's horseshoe 250
Pattern, wing, vortex see also "Model vortex"
Pattern, wing, vortex, non-stationary 428f
Pavlukhin, B.N. 153 157 493
Period, oscillations 414
Petrov, G.I. 19
Plane, independent variables 205
Plane, physical 205
Plate 241ff see
Plate, fineness 284
Plate, potential 243
Plate, rhombiform 364
Plate, thin 240ff
Plate, thin at angle of attack 243ff
Pleshanov, A.S. 61 62 66 67 165 188 493
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