抄録
The microscopic flow containing bubbles and solid particles shows complicated behavior but it sways performance of material surface characteristics in fluid machineries and environmental devices. This paper shows simulation technique for the dispersed three-phase flow and the application results for induction flow in the vicinity of a wall with arrangement of rectangular obstacles. Parametric study has been done and revealed that the probability of bubble-capturing in a cavity flow between the obstacles was higher than that of particle.
