Elements of GasdynamicsConcepts from thermodynamics -- One-dimensional gasdynamics -- One-dimensional wave motion -- Waves in supersonic flow -- Flow in ducts and wind tunnels -- Methods of measurement -- The equations of frictionless flow -- Small-perturbation theory -- Bodies of revolution. Slender body theory -- The similarity rules of high-speed flow -- Transonic flow -- The method of characteristics -- Effects of viscosity and conductivity -- Concepts from gaskinetics. |
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airfoil angle apply approximation Article axially symmetric boundary condition boundary layer Chapter characteristics compression compute cone const constant continuity equation coordinates corresponding Couette flow deflection density downstream drag effect energy equation enthalpy entropy equilibrium example expansion wave fluid function gases given gradient heat transfer hence incompressible flow integral isentropic kinetic linear M₁ Mach lines Mach number measured method molecule momentum equation motion normal shock nozzle oblique shock obtained parameter perfect gas perturbation piston plane plate pressure coefficient pressure ratio problem region relation result Reynolds number shear shock tube shock wave Show shown in Fig skin friction slender body solution sonic speed streamline subsonic supersonic flow surface temperature test section theory thermodynamic throat tion transonic transonic flow tube two-dimensional values variables velocity viscous wall wedge wind tunnel zero ди ду дхі Эх