화학공학소재연구정보센터
Przemysl Chemiczny, Vol.90, No.9, 1647-1650, 2011
An application of computational fluid dynamics method to localization of regions of varied mixing intensity in mechanically agitated suspension of floating solids
Velocity field; for the drawdown of floating solids (polyethylene particles in distd. H(2)O) in an agitated vessel equipped wit a pumping-up pitched blade turbine were computer-simulated by using a corn, program. Contours, vectors and distributions of the local hydrodynamic parameters for const. agitator speed and 2 various concns. of solid particles in the system were detd.