Mathematical modeling of the two-phase flow

The work is devoted to modeling of the two-phase flow in power systems for which combustion products of metalized fuels serve as a working body. The redistribution of power within fractions of interacting particles is determined by the energy of their chaotic motion. The description of the interaction between particles of the discontinuous phase is based on the continuous approach. Results of numerical calculation of the quasi-one-dimensional steady flow of combustion products in the SRM nozzle are presented.