详细地介绍了空气静压径向轴承试验台的设计过程。
This paper introduces a design process of a testing stand for aerostatic journal bearings.
传统的静压气体径向轴承由于低刚度而存在着振动和运动精度不高的问题。
Conventional aerostatic bearings have the problems of vibrations and motion inaccuracy due to the low stiffness.
以上轴承的试验研究及理论推导为径向—推力联合浮环动静压轴承的进一步研究和工程应用奠定了基础。
All above, the test and the theoretical research formed the basis of practical application for the radical-thrust floating ring hybrid bearing.
首次提出了一种新型结构的动静压轴承——推力-径向联合浮环动静压轴承，并对该轴承进行了系统的理论分析与实验研究。
A new type of bearing thrust radial combined float ring hybrid bearing is developed by comprehensive analysis and experimental study.
静压轴承可以承受较大的径向载荷，可以使测量较大的轴承，扩大了检测的范围，减少了检测成本。
The hydrostatic bearings can bear larger radial load, can measure larger bearings, and can enlarge the detection range and lower the detection cost.
对液膜轴承动压、静压和动静压混合状态下的径向滑动性能进行完整预测。
Predict the properties of journal bearing under dynamic pressure, static pressure and combination pressure.
对液膜轴承动压、静压和动静压混合状态下的径向滑动性能进行完整预测。
Predict the properties of journal bearing under dynamic pressure, static pressure and combination pressure.
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