NUMERICAL AND PHYSICAL SIMULATION OF THE LOW-VELOCITY AIR FLOW IN A DIFFUSER WITH A CIRCULAR CAVITY IN THE CASE OF SUCTION OF THE AIR FROM THE CENTRAL CYLINDRICAL BODY POSITIONED IN THE CAVITY

摘要

Comparative analysis of the results of solution of the steady-state Reynolds equations closed with the use of the shear-stress transfer model for the air flow in a divergent channel with suction of the air from the surface of the cylindrical central body positioned in the circular vortex cavity built in the lower wall of the channel with the corresponding experimental data has been performed.