Main achievements Publications Projects Dissertations Conferences	CURRENT GRANT PROJECTS Grant project RFBR 14-01-00738-а Aerothermochemistry of molecular gases flows and heat transfer in high-frequency induction plasmatrons. The purpose of the project is to continue joint experimental and numerical studies of sub- and supersonic flows of air plasma, carbon dioxide plasma and nitrogen plasma and heat transfer where possible nonequilibrium chemical processes in the flow and on the surface of thermal-protective materials in an extended range of conditions implemented in the induction HF plasmatrons IPG-4 (IPM RAS) and WT VAT-104 (TsAGI). Grant project RFBR 14-01-00775-а Investigation of the role of thermochemical nonequilibrium processes in aerothermodynamics via numerical and analytical solutions of the full and asymptotically simplified Navier–Stokes equations in a wide range of Reynolds numbers. The purpose of the project is to study thermo-chemically nonequilibrium processes in aerothermodynamics on spacecraft entering the atmosphere of the Earth and other planets in a wide range of Reynolds numbers using numerical and analytical solutions of the Navier-Stokes equations and their asymptotically simplified versions. Proposed to give special consideration to the role of bulk viscosity, as well as nonequilibrium radiation and partial ionization and their influence on heat transfer, drag and gas-dynamic parameters in a shock layer. Proposed also to extend the aerothermodynamic methods to the problems of meteoroids entry in the Earth's atmosphere.
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