Gas-Dynamic Processes in Two-Phase Flows in MHD Generators |
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Authors: | I M Vasenin T V Vasenina A A Glazunov |
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Institution: | (1) Tomsk State University, Tomsk, 634050;(2) Institute of Applied Mathematics and Mechanics, Tomsk State University, Tomsk, 634050 |
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Abstract: | A plane problem of a two-phase monodisperse flow of combustion products of plasma-forming composite solid propellants in the duct of a Faraday's MHD generator with continuous electrodes, including an accelerating nozzle, MHD channel, and diffuser, is considered. An algorithm based on the pseudo-transient method is developed to solve the system of equations describing the two-phase flow. Gas-dynamic processes in the channels of the Pamir-1 setup are numerically studied. It is shown that shock-free deceleration of a supersonic flow to velocities close to the equilibrium velocity of sound in a two-phase mixture and significantly lower than the velocity of sound in the gas is possible in two-phase flows. |
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Keywords: | MHD generator two-phase flow numerical solution |
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