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| Krasnov N.F. — Aerodynamics. Part 2. Methods of aerodynamic calculations |
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| Предметный указатель |
Correction(s), Dorodnitsyn's 267
Correction(s), interference 133
Craft see also "Aircraft"
Craft, cruciform arrangement 236
Craft, non-stationary characteristics 231ff
Craft, pitch damping 232ff
Criterion, similarity 106 346
Crossflow, additional velocity potential 79f 93f 102 111f
Crossflow, velocity 130
Curve(s), apple 19ff
Curve(s), apple, family 22
Curve(s), gas flow conditions 373
Danilov, A.N. 24 209 411
Degree, stagnation 205
Density behind shock 25f
Density on cone 27
Density, boundary layer 250
Density, dimensionless 38
Density, dissociating and ionizing gas 25f
Density, ratio, on cone 23
Density, relative, on cone 27
Density, sharp-nosed body 64
Density, stagnation, at boundary layer wall 259
Derivatives, roll-damping 236
Derivatives, rotary 233 236ff
Dissociation 319
Distribution, circulation 195
Distribution, Maxwellian 375f
Disturbance, propagation in supersonic flow 94f
Dorodnitsyn, A.A. 258 266 267 268 272 297 298 412
Doublets 94
Doublets, distribution function 95
Downwash 131f
Drag 224ff 392ff
Drag coefficient and molecule reflection 402ff
Drag coefficient in absence of lift force 224
Drag coefficient, body of revolution 399
Drag coefficient, cone 396ff
Drag coefficient, conical surface 56
Drag coefficient, cylinder, free-molecule flow 400f
Drag coefficient, due to reflected molecules 396
Drag coefficient, induced 229f
Drag coefficient, induced, and angle of attack 230
Drag coefficient, parabolic boattail 90
Drag coefficient, plate 264
Drag coefficient, plate, free-molecule flow 401
Drag coefficient, sharp-nosed cone 57
Drag coefficient, slender blunt cone 59f
Drag coefficient, sphere, free-molecule flow 398
Drag coefficient, total 56 224 227
Drag in free-molecule flow 397
Drag, additional due to pressure redistribution 300f
Drag, body 225f
Drag, body, and superstructures 225
Drag, body, conical nose 110
Drag, body, conical surface 56
Drag, body, cylinder 399ff
Drag, empennage 226f
Drag, friction 276 295
Drag, friction, cone 292
Drag, friction, plate 264
Drag, induced 229f
Drag, laminar-flow airfoils 314
Drag, plate 401f
Drag, slender blunt cone 581
Drag, suction 301
Drag, suction, and compressibility 302
Drag, total 227
Drag, two-cone combination 395f
Drag, vortex 301f
Drag, wave 23
Drag, wave, blunt-nosed body 34 55
Drag, wing 226f
Drakin, I.I. 412
Eckert, E. 283
Edge, leading, subsonic 176
Edge, leading, supersonic 175
Edge, sweptback, subsonic 176
Edge, sweptback, supersonic 176
Effect, entropy 33f
elevators 211
Elevons 212
Emittance, gas 326
Emittance, surface 330
Emittance, surface, and roughness 330
Empennage, cruciform 181 234
Empennage, effectiveness 188f 192 197 202f
Empennage, effectiveness, and flow stagnation 208f
Empennage, effectiveness, and shocks 204f
Empennage, non-tandem 204
Empennage, plus-shaped 234
Empennage, rotating 209
Empennage, vertical asymmetric, and rolling 185
Energy, balance 405f
Energy, exchange 391
Energy, kinetic, transfer 387f
Enthalpy in dissociating and ionizing gas 25f
Enthalpy on cone 26
Enthalpy on shock 25f
Enthalpy, boundary layer 278ff 283
Enthalpy, dissociation 360f
Enthalpy, mixture component 319f
Enthalpy, recovery 279 364
Enthalpy, reference 283
Enthalpy, stagnation 249 278 332
Enthalpy, total 249
Entropy, gradient 70
Entropy, profile in boundary layer 334f
Equation(s), Bernoulli 52 80
Equation(s), Bessel 114
Equation(s), boundary layer 245ff 250f 346
Equation(s), boundary layer, generalized 251ff
Equation(s), boundary layer, generalized, differential form 251f
Equation(s), boundary layer, three-dimensional axisymmetric flow 251
Equation(s), characteristic element, first family 61 65f 68
Equation(s), characteristic element, second family 68ff
Equation(s), continuity 13 38 76 246 249f
Equation(s), continuity, laminar boundary layer 339
Equation(s), differential, disturbance velocity potential 135
Equation(s), diffusion, flow in frozen boundary layer 356f
Equation(s), energy 249f
Equation(s), energy balance, diatomic gas 405f
Equation(s), energy balance, in stationary heat transfer 405
Equation(s), energy, for boundary layer 331ff 339 343
Equation(s), heat balance 318f 363
Equation(s), hodograph 16
Equation(s), linearized, aerodynamics 75ff
Equation(s), mass transfer 375
Equation(s), motion 36ff 339 342
Equation(s), motion, boundary layer 334
Equation(s), Navier — Stokes differential 245f
Equation(s), potential function 76
Equation(s), potential function, linearized differential 77
Equation(s), Prandtl 248ff
Equation(s), shock polar 16
Equation(s), state 249f
Equation(s), system, axisymmetric flow over cone 12ff
Equation(s), von Karman's 268
Equilibrium, local Maxwellian 376
Factor(s), correction 151
Factor(s), correction, for compressibility 173
Factor(s), correction, for slot influence 224
Factor(s), enthalpy recovery 279f
Factor(s), enthalpy recovery, and Prandtl number 280f
Factor(s), enthalpy recovery, laminar boundary layer 280
Factor(s), enthalpy recovery, turbulent boundary layer 280
Factor(s), intermittence 308
Factor(s), Reynolds analogy 336
Factor(s), temperature recovery 279 283
Fences, aerodynamic 305
| Ferri, A. 412
Field, velocity 19
Field, velocity, approximate calculations 129
Field, velocity, at zero angle of attack 141
Field, velocity, in disturbed flow over cone 15
Field, velocity, in flow due to interference 135
Field, velocity, isentropic flow 63
Flap, jet 209
Flow(s) at constant specific heats 14ff
Flow(s) at small angle of attack 97
Flow(s) at zero angle of attack 61ff 77 79 141
Flow(s) in boundary layer see also "Boundary layer"
Flow(s) in boundary layer and nose blunting 33
Flow(s) near stagnation point 35
Flow(s) over circular cylinder 136
Flow(s) over cone and equilibrium gas dissociation 24ff
Flow(s) over cone and gas ionization 24ff
Flow(s) over cone with spherical nose 35ff 48f
Flow(s) over cone, blunt-nosed 51f
Flow(s) over cone, boundary condition 15
Flow(s) over cone, dissociating gas 14
Flow(s) over cone, skin friction 290ff
Flow(s) over cone, supercritical 21
Flow(s) over cone, supersonic 20f 290ff
Flow(s) over flat nose 57f
Flow(s) over plate 257ff 291ff
Flow(s) over sharp-nosed cone 12ff
Flow(s) over slender body of revolution 75ff
Flow(s) over slender body of revolution at angle of attack 106
Flow(s) over smooth curved surface 300
Flow(s) over wedge and cone 22f
Flow(s) without separation 79
Flow(s), axisymmetric 12f 24 101
Flow(s), axisymmetric, over flat-bottom cone 396f
Flow(s), axisymmetric, over slender body of revolution 81ff
Flow(s), axisymmetric, pressure distribution 102
Flow(s), axisymmetric, three-dimensional 251f
Flow(s), axisymmetric, unsteady 112
Flow(s), axisymmetric, zero angle of attack 77 79
Flow(s), compressible 257ff 264 285f
Flow(s), conical 12
Flow(s), continuum 371f
Flow(s), disturbed, incompressible 135
Flow(s), disturbed, over cone 15 292
Flow(s), downward 199f
Flow(s), external incompressible, and critical Reynolds number 309f
Flow(s), free 245
Flow(s), free, and viscosity 245ff
Flow(s), frozen 324
Flow(s), incompressible 135 262ff 273 277 285 301 315f
Flow(s), intermediate 371
Flow(s), isentropic 63
Flow(s), laminar, boundary layer 109
Flow(s), linearized 75f 79 81
Flow(s), linearized, disturbed 77
Flow(s), linearized, normal force and angle of attack 134
Flow(s), linearized, three-dimensional 138
Flow(s), longitudinal, disturbed 79f
Flow(s), nearly uniform 77 79
Flow(s), non-axisymmetric 77 93ff 398
Flow(s), non-isentropic 63 67
Flow(s), oblique 95
Flow(s), potential 71f
Flow(s), separation 299f
Flow(s), slip 371f 410
Flow(s), slip, and velocity profile 372
Flow(s), stagnation, and aerodynamic parameters 178ff
Flow(s), stagnation, and empennage effectiveness 205f
Flow(s), stagnation, in boundary layer 256
Flow(s), steady, at small angles of attack 75f
Flow(s), steady, inviscid 76
Flow(s), steady, linearized 78
Flow(s), steady, over curved surface 245ff
Flow(s), steady, viscous compressible fluid 245ff
Flow(s), subsonic 189f 295f 317
Flow(s), supercritical, over cone 21
Flow(s), turbulent boundary layer 109 275
Flow(s), undisturbed 78 116 292
Flow(s), unsteady 111f 118
Flow(s), unsteady, axisymmetric 112
Flow(s), unsteady, boundary conditions 116ff
Flow(s), unsteady, over body of revolution 111ff
Flow(s), viscous, dissociating gases 279
Flow(s), viscous, in circular pipe 273ff
Flow(s), viscous, in turbulent boundary layer 275
Flow(s), vortex 63 67ff 72f
Flow(s), vortex-free 63
Force(s) in rolling 181
Force(s), axial 99
Force(s), drag see "Drag"
Force(s), friction 252
Force(s), friction, excess 252
Force(s), lateral, body-wing combination 160f
Force(s), lift, and molecule reflection 404
Force(s), Longitudinal 99 392f
Force(s), suction 110f
Formula, Newton's 51 260 263 269 292 324
Formula, Newton's, modified 52
Formula, Prandtl — Schlichting, universal 277
Formula, Zhukovsky's 191
Frankl, F.I. 412
Free-molecule flow 371f 374ff
Free-molecule flow over conical body 396
Free-molecule flow over curved surface drag force 397
Free-molecule flow over flat surface 380f
Free-molecule flow over plate 401ff
Free-molecule flow, aerodynamic coefficients 396ff
Free-molecule flow, friction factor 386f 390 409
Free-molecule flow, kinetic energy transfer 387f
Free-molecule flow, pressure 382ff
Free-molecule flow, shear stress 385ff
Friction see "Skin friction"
Friction factor and temperature 286
Friction factor, average, disturbed flow 292
Friction factor, average, plate 316
Friction factor, average, turbulent boundary layer 295
Friction factor, average, undisturbed flow 292
Friction factor, body of revolution 316f
Friction factor, compressible flow 264 285f
Friction factor, free-molecule flow 386f 390 409
Friction factor, incompressible flow 264 273 276f 285f
Friction factor, local 271 276 285
Friction factor, local, disturbed flow 292
Friction factor, local, laminar boundary layer 297
Friction factor, local, undisturbed flow 292
Friction factor, supersonic flow 299
Function, distribution 377
Function, distribution, Maxwellian 375f
Function, doublet distribution 95
Function, drag 92
Function, Laplace — Gauss 175
Function, MacDonald's 114
Function, potential 76 see
Function, stream 340
Gas see also "Air"
Gas, dissociating 25f 28f 284
Gas, effective emissivity 326
Gas, emittance 326
Gas, flow conditions 370ff
Gas, flow conditions, and velocity near wall 372
Gas, flow conditions, curves 373
Gas, highly rarefied 371
Gas, parameters, on blunt-nosed surface 54
Gas, parameters, on conical surface 27f
Gas, parameters, on peripheral conical surface 54
Gas, parameters, reference 283
Gradient, entropy 70
Gradient, pressure, at centre of flat nose 58
Gradient, pressure, longitudinal, and friction 295ff
Gradient, temperature 319 331
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