摘要
应用Ｅｒｉｎｇｅｎ的微极流体理论，推导了含有固体微粒添加剂的润滑流体的雷诺方程，借助于牛顿选代法获得了弹流润滑的完全数值解，从而得到了流体的压力分布和油膜形状．计算结果表明，固液两相流体较之牛顿流体其压力分布无明显变化，而油膜厚度显著增加．
By using the micropolar fluid theory of A.C. Eringen,the Reynolds equation of the fluid lubricant containing solid-particle additives is derived. A full numerical solution of EHL is obtained by means of Newton-Raphsoh iteration method. The pressure distribution and film profile are presented. The results show that,compared with Newtonian fluid,the two-phase solid-liquid fluid has no much difference in the pressure distribution,but obvious increase of the film thickness.
出处
《南方冶金学院学报》
1994年第3期168-174,共7页
Journal of Southern Institute of Metallurgy
关键词
固液两相流体
弹流润滑
微极流体
线接触
two-phase solid-liquid fluid
elastohydrodynamic lubrication
micropolar fluid
line contact
