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Curle N., Davies H. — Modern Fluid Dynamics. Compressible flow
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Название: Modern Fluid Dynamics. Compressible flowАвторы: 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: 1971Количество страниц: 302Добавлена в каталог: 24.11.2012Операции: Положить на полку |
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'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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