Rodionov G.A. 1
1 Ivanovo State Power University
Background: There is the problem of high energy systems functioning pneumatic bulk material need to develop a mathematical model of the pneumatic installation in order to select its energy-efficient operating and design parameters. Need to develop a mathematical model of the pneumatic installation in order to select its energy-efficient operating and design parameters. Materials and Methods: Computation of the two-phase flow is executed in software Ansys Fluent. Results: A mathematical model of the motion of two-phase flow of fine materials with regard to the interaction of particles, uneven filling Feeding pipeline, heat exchange between the phases and turbulence. Conclusions: The mathematical model can be used for the calculation of the motion in the two-phase currents in pneumo pumps based on geometric design features and properties of solid material in a stationary state.
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