摘要
本文从固液两相流的基本方程出发，推导了水涡轮机械转轮轴面上泥沙运动的速度通解，并计算了不同颗粒在水轮机转轮轴面上的运动速度，对于水涡轮机械转轮叶片的抗磨蚀设计有重要意义．
This paper deriver the general solution of the velocity of particles in solid-liquid mixture in an axial flow field based on the fundamental equation of two-phase flow. Then, the moving velocity of particles of different diameters along the surface of the runner axis is computed.These solutions are useful in the design of the blade for preventing cavitation of liquid containing particles.
出处
《水利学报》
EI
CSCD
北大核心
1994年第4期55-62,共8页
Journal of Hydraulic Engineering
关键词
水轮机
两相流
速度通解
water turbine,two-phase flow,runner,analytical solution of velocity.
