NUMERICAL DECISIONS OF THE PROBLEM OF THE CENTRIFUGAL SEPARATOR BASED ON THE SARC TURBULENCE MODEL

The results of mathematical modeling of a two-phase swirling turbulent flow in the separation zone of a centrifugal apparatus are presented. The motion of the carrier gas flow was modeled using the averaged Navier - Stokes equations, for the closure of which the well-known turbulence model by Schur and Spalart was used, the amendment to the Spalart-Allmaras SARC model. Based on the obtained field of averaged velocities of the carrier medium, taking into account turbulent diffusion. The article compared the results taking into account the effect of the solid phase on the air and without taking into account the effect of the solid phase on the air.

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