Computation of gas and multiphase supersonic jets with non-equilibrium processes

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Zavelevich, F.S.
Molchanov, A.M.
Ushakov, N.N.

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International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics

Abstract

Paper presented at the 9th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics, Malta, 16-18 July, 2012.
A computational model for simulation of compressible multiphase supersonic jets with non-equilibrium physical and chemical processes is developed. Compared with the others, this model is distinguishes by an extended system of nonequilibrium chemical reactions while taking into account the multiphase non-equilibrium. Lagrangian particle methodology was used. The particle phase change is simulated kinetically and included two solid Al2O3 crystalline structures: meta stable gamma and stable alpha forms. The simulation results were compared with the available results of the other authors. There was a satisfactory agreement regarding the results of the main gaseous component concentrations. Comparison of the simulation results with experimental data also showed their satisfactory agreement.

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Compressible multiphase supersonic jets, Non-equilibrium physical and chemical processes, Nonequilibrium chemical reactions, Lagrangian particle methodology, Al2O3 crystalline structure, Meta stable gamma, Stable alpha form, Gaseous component concentrations

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Zavelevich, FS, Molchanov, AM & Ushakov, NN 2012, Computation of gas and multiphase supersonic jets with non-equilibrium processes, Paper presented to the 9th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics, Malta, 16-18 July, 2012.