驱散多相的流动,包括煤气粒子(煤气固体) ,煤气水花,液体粒子(液体固体) ,液体水泡,和 bubble-liquid-particle 流动,广泛地在力量被遇到,化学、冶金,航空并且太空航行学,交通,水力、原子的工程。在这篇论文,进展,研究在驱散的多相的流动的基本研究需要,包括粒子/微滴/水泡动力学,粒子粒子,微滴微滴和水泡水泡相互作用,煤气粒子并且水泡液体骚乱相互作用,粒子墙相互作用,驱散的多相的流动的数字模拟,包括 平均Reynolds 的建模(当模特儿的 RANS ),大旋涡的模拟( LES )和直接数字的模拟( DNS )被考察。现在的作者获得的研究结果也在这评论被包括。
Dispersed multiphase flows,including gas-particle(gas-solid),gas-spray,liquid-particle(liquid-solid) ,liquid-bubble,and bubble-liquid-particle flows,are widely encountered in power,chemical and metallurgical,aeronautical and astronautical,transportation,hydraulic and nuclear engineering. In this paper,advances and re-search needs in fundamental studies of dispersed multiphase flows,including the particle/droplet/bubble dynamics,particle-particle,droplet-droplet and bubble-bubble interactions,gas-particle and bubble-liquid turbulence interac-tions,particle-wall interaction,numerical simulation of dispersed multiphase flows,including Reynolds-averaged modeling(RANS modeling),large-eddy simulation(LES) and direct numerical simulation(DNS) are reviewed. The research results obtained by the present author are also included in this review.