Effect of parameters on lubrication film shape and pressure distribution was analyzed for the typical working conditions of automotive wheel bearings.
针对轿车轮毂轴承的典型应用工况条件，分析工况参数对油膜压力分布和油膜形状的影响。
The results show that input pressure is very important in the analysis of the static and dynamic characteristics of hydrodynamic lubrication radial sliding bearing.
结果表明：供油压力是分析液体动压径向滑动轴承动静特性的一个不可忽略的因素。
Input pressure effects on the static and dynamic characteristics of hydrodynamic lubrication radial sliding bearing were investigated theoretically.
研究了供油压力对液体动压径向滑动轴承动静特性的影响。
The influence regularity of working pressure and temperature on the lubrication parameters can be acquired in the mathematic model.
在数学模型中考虑了配流副高、低压对油膜形成和变化产生的影响。
And commissioning follows no load debugging of every system as main reducer lubrication system, roller mill pressure station and roller lubrication system.
磨机负荷试运行阶段，主要探索使系统稳定运行的系统风量、磨机压差、入磨气体压力等工艺参数的控制。
And commissioning follows no load debugging of every system as main reducer lubrication system, roller mill pressure station and roller lubrication system.
磨机负荷试运行阶段，主要探索使系统稳定运行的系统风量、磨机压差、入磨气体压力等工艺参数的控制。
应用推荐