摘要
基于Ree-Eyring流变模型,建立线接触热弹流润滑方程,通过数值计算得出了载荷参数、速度参数、材料参数和滑滚比对于二次压力峰、最小油膜厚度和最大油膜温度的重要影响。
The thermal EHL equations based on Ree-Eyring fluid rheology model in line contact is established. Through numerical analysis to thermal EHL shows the important influence of dimensionless load, speed, slip and material parameters on the secondary, pressure spike, the minimum film thickness and the maximum lubricant temperature.
出处
《机械管理开发》
2005年第5期31-32,共2页
Mechanical Management and Development
关键词
非牛顿流体
热弹流润滑
数值分析
Non-Nowtonian fluid Thermal EHL Numerical analysis
