Curle N., Davies H. - Modern Fluid Dynamics. Compressible flow :: Электронная библиотека попечительского совета мехмата МГУ

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Название: Modern Fluid Dynamics. Compressible flow

Авторы: Curle N., Davies H.

Аннотация:

Contents, Preface, Fundamental Equations, Sound Waves, One-Dimensional Motion, Methods in Subsonic Potential Flow, Supersonic Flow, An Introduction to Transonic Flow, Three-Dimensional Motion, Heat Transfer through an Incompressible Laminar Boundary Layer, Flow in a Compressible Laminar Boundary Layer, Problems References, Index.

Язык:

Рубрика: Механика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1971

Количество страниц: 302

Добавлена в каталог: 24.11.2012

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

'Similar' solutions      277
Acceleration potentia      199
Acoustic dipole      58
Acoustic dipole, quadrupole      62
Acoustic dipole, source      55
Adiabatic      17
Aerodynamic lifting surface      198
Aerofoil, circular arc      139
Aerofoil, diamond      143
Affine transformation      93 191
Analytic continuation      182
Approximation, central difference      100
Bernoulli's equation      99
Boltzmann H-function      12
Boltzmann's equation      6
Boundary layer separation      270 284
Branch lines      182
Cauchy's integral theorem      105
Central difference approximation      100
Centre of disturbance      117 118
Chaplygin method      178
Chaplygin - Karman - Tsien approximation      175
Characteristics      122 144 148 155
Characteristics, hodograph equations of      152
Characteristics, variation along      150
Choked flow      75
Circulation      110 111
Closure condition      103 179
Compressive wave      73
Condensation      27
Conormal      192 193
Continuity      1 14
Critical velocity      22 67 172
Crocco's theorem      23
Crocco's theorem, transformation      254
Curvilinear coordinates      106
Diffraction at a circular hole      51
Diffraction at a rectangular hole      50
Diffuser, subsonic      76
Diffuser, supersonic      76
Displacement thickness      246 257 270 280
Divergence theorem      192
Drag coefficient      139
Drag coefficient, induced      140
Drag coefficient, minimum      141 143
Drag coefficient, shape      136
Drag coefficient, wave      140
Elliptic equation      67
energy equation      17 20
Energy equation, transmission      37 40
Enthalpy      17 20
Enthalpy, thickness      218 247
entropy      17 28
Euler's equation of motion      1 20
Expansion fan      120
Expansion wave      70
Gamma function      167
Gauss - Seidel method      101
Green's theorem      191
Hadamard's solution      207
Heat flux in a boundary layer      217
Heat transfer rate      217 220 237 247 257 262 280
Heat transfer rate at low Prandtl number      236
Hodograph equations      168
Hodograph transformation      152 168
Horn, exponential      43
Horn, exponential, conical      44
Hyperbolic equation      67
Hypergeometric differential equation      165
Hypergeometric functions      165
incidence      200
Incident wave      31 37 39
Intensity of sound      36 65
Irregular stars      102
Isentropic      17
Isentropic compression      75
Isentropic expansion      75
Iterative method      99
Jet noise      64
Kelvin's circulation theorem      110
Kinetic energy integral equation      248
Kinetic heating effects      222
Kirchhoff's theorem      45
Kutta - joukowski condition      107 110
Laval nozzle      74
Lift coefficient      138
Lift/Drag ratio      143

Limit Line      169
Load distribution, uniform      198
Mach angle      117
Mach angle, compression waves      126
Mach angle, lines      117 120 122 126 144
Mach angle, wedge or cone      117 193
Mach number      22 272 285
Mach number, critical      95
Mass flux      59
Maxwell's velocity distribution      9
Mixed type flow      131
Momentum flux      59
Momentum flux, integral equation      247
Momentum flux, thickness      247 257 270 280
Noise, jet      64
Normalizing factor      180
Nozzle flow regimes      75
Nozzle flow regimes, supersonic      134
Oblique shock chart      128
Parabolic equation      67
Peclet number      216
Perturbation potential      91 191
Pitching moment      140
Plane waves      30
Poyatomic gas      14
Prandtl number      216 220 273 282
Prandtl - Glauert correction factor      95
Prandtl - Meyer angle      124
Prandtl - Meyer expansion      120
Prandtl - Meyer expansion chart      125
Pressure coefficient      137 200 203 272 285
Principal value      208 209
Pulsating sphere      54
Rankine - Hugoniot relationships      77 127
Reflected wave      31 37 39
Reynolds number      285
Shock Mach reflection      133
Shock Mach simple reflection      132
Shock strength      28
Shock tube      73
Shock wave      73
Shock width      82
Shock, detached      130
Shock, normal      73 76
Shock, oblique      126
Shock, oblique, chart      128
Simple wave      69
Skin friction      247 257 280
Source distribution      201
Source/doublet layer      207
Specific heat      16
Stefan - Boltzmann constant      263
Stream function      98
Supersonic flow around a corner      126
Supersonic flow in a compressive corner      126
Supersonic flow past a rectangular wing      202
Supersonic flow past a triangular wing      203
Supersonic lift coefficient of      138
Supersonic linearized aerofoil      136
Supersonic nozzle flows      134
Supersonic pitching moment on      139
Supersonic point source      193
Supersonic pressure on      139
Supersonic stream, small deflection of      119 205
Supersonic symmetric wing      201
Supersonic wave drag coefficient of      139
Thermal boundary layer thickness      216 220
Thermal energy integral equation      217 234 248
Thermal radiation      263
Total temperature      248
Transfer equation, mass      10
Transfer equation, momentum      10
Transmitted wave      37 39
Van der Waal's equation      25
Velocity distribution function      3
Velocity distribution function, Maxwell's      9
Velocity potential      29
Viscosity-temperature law      249 256 272
Viscous dissipation      225
Viscous effects on sound propagation      34
Volterra's solution      196
von Mises transformation      251
Wave, compressive      73
Wave, equation      29 192
Wave, expansion      70
Wave, simple      69
Zone of influence      115 117
Zone of silence      117 118

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