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单一粒径均匀悬浮固-液两相流中球泡的动力学方程
Dynamic Equation of Spherical Bubbles in Solid-liquid Two-phase Flow with Uniformly Suspended Single-diameter Particles
【摘要】 本文以Elghobashi和Abou-Arab提出的固-液两相流动方程作为描述液体相运动的控制方程,以拉格朗日形式下的球形颗粒在液流中的运动方程作为描述固体颗粒相运动的基本方程,建立了固-液两相流中的泡动力方程及在球泡溃灭时间τc*和固体颗粒动力响应驰豫时间τrel*分别为τc*>>τrcl*和τc*<<τrel*两种极端情况下的简化方程。
【Abstract】 The dynamic eguation of bubbles is established in this peper by taking solid-liquid two-phase flow equation,proposed by S. E. Elghobashi and T. W. Abou-Alab, as the governing equation to describe liquid phase flow, and by taking the motion equation in Lagrange form of spherical particles in liquid flow as the fundamental equation to describe the motion of solid particles. The simplified equations are obtained for two extreme situations and, where is colaspe time of a spherical bubble and is lag time of dynamic response Of solid particles.
- 【文献出处】 水动力学研究与进展(A辑) ,Journal of Hydrodynamics , 编辑部邮箱 ,1995年03期
- 【分类号】O359
- 【被引频次】4
- 【下载频次】112