介绍了磨机动静压轴承系统的虚拟设计。
This paper discussed virtual design of hydrodynamic bearing system of Boll mill.
本文对浅油腔动静压轴承进行了优化设计。
Optimum design of hybrid bearing with shallow recess is presented.
本文介绍的沟槽式动静压轴承，具有良好的高速运转性能。
This paper describes slot type hydrodynamic-hydrostatic bearing with good high speed running performance.
并针对液氧涡轮泵动静压轴承提出了研究需要解决的关键技术。
At the end of this paper, some key technologies about oxygen hybrid bearing application in the engine turbopump are proposed.
提出了动静压轴承系统的虚拟设计系统，建立了面向设计制造的统一数据模型。
A virtual design system model for hydrodynamic bearing system of mill is pre sented. The complete data model is set up which could be used for design and manufacture.
本文主要论述一种新型结构形式——动静压轴承高速内圆磨头的工作原理及主要设计计算。
A new type of structure-high speed internal grinding spindler head with hydrostatic and hydrodynamic bearing and its working theory of the structure and primary calculations have been expounded.
在该试验台能进行静压和动静压轴承的静特性和动特性试验，并能进行实验数据的自动采集与处理。
It can be used to carry out the static and dynamic tests for middle sized slide bearings, and the data collection and processing can be taken automatically.
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.
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.
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