Fluid Mechanics: Soviet Research, Volume 9Scripta Publishing Company, 1980 - Fluid mechanics |
Contents
FLUID MECHANICSSoviet Research | 1 |
Motion and Deformation of a Drop in a Gas Flow | 21 |
The Similarity of Energy Transport Processes in Unsteady HighTemperature Gas Flows | 39 |
Copyright | |
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Common terms and phrases
aerodynamic Akad analysis analyzed angle approximation asymptotic axis Boltzmann equation boundary conditions boundary layer boundary layer transition bubble calculated characteristic coefficient components computed const constant convection coordinate critical layer cross section curves defined density derived diameter dimensionless distribution drag coefficient duct effect energy equation experimental data flow velocity flowrate FLUID MECHANICS-Soviet Research frequency friction function gradient heat transfer hydrodynamic Hypersonic increase inlet integral laminar laminar flow linear liquid m/sec measured Mechanics method mixture Moscow motion Navier-Stokes equations nonlinear Novosibirsk nozzle obtained P₁ parameters particles percent perturbation phase phase velocity plane pressure fluctuations problem quantities ratio region Reynolds number shock wave slurry solution stability stream function surface surface tension temperature theory thermal thickness tion transition transl TSAGI tube two-phase flow unsteady V₁ values vapor variables vector viscous vortex vortices wall wind tunnel wing zone