非牛顿流体微观热弹流润滑理论

ON THE NON-NEWTONIAN FLUID MICRO-THERMOELASTOHYDRODYNAMIC LUBRICATION

求得了非牛顿流体线接触微观热弹流润滑的准稳态数值解。结果显示，横向微凸体能够造成强烈的局部动压，且微凸体越高或越窄。

Quasi-steady numerical solution to the line contact micro-thermoelastohydtodynamc lubrication Problem for non-Newtonian finid was obtained. The results show that,traverse asperities can produce strong locally hydrodynamic effects, and the larger the height or the smaller the width of asperities, the stronger the locally hyd rodynamic effects become.