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- Title
Non-Equilibrium Supersonic Flow Past a Blunt Plate at High Angle of Attack.
- Authors
Surzhikov, S. T.
- Abstract
The computational model designed for studying the processes of non-equilibrium physicochemical gas dynamics in supersonic rarefied-air flow past a blunt plate of finite dimensions under the laboratory experiment conditions is formulated. The computational model is based on the two-dimensional Navier–Stokes equations, the energy conservation laws for the translational degrees of freedom of atoms and molecules and the vibrational degrees of freedom of diatomic molecules, and the chemical kinetics and diffusion equations for individual components of partially ionized gas flow. The basic gas dynamic and kinetic processes in flow past a blunt plate are analyzed at the Mach numbers M = 10 and 20. It is shown that regions of thermal nonequilibrium are formed.
- Subjects
NONEQUILIBRIUM flow; SUPERSONIC flow; MACH number; NAVIER-Stokes equations; DEGREES of freedom; GAS dynamics; AIR flow
- Publication
Fluid Dynamics, 2023, Vol 58, Issue 1, p113
- ISSN
0015-4628
- Publication type
Article
- DOI
10.1134/S0015462822700033