本文探讨了液体静压轴承的失效形式，分析了失效原因以及提出了解决的措施。
This paper explores forms of failure in liquid hydrostatic bearing, analyzes their causes and puts forward measures to solve them.
分析了各主要参数对静压轴承动态特性的影响，为合理设计液体静压轴承提供了方法。
The effects of various main parameters on their dynamic characteristics have been analysed, which provides a reasonable basis for design of the hydrostatic bearings.
本文介绍了用扁毛细管节流的液体静压轴承的支承面积、扁毛细管尺寸油空压力及轴承刚度等计算。
The article introduces the calculation of bearing area, flat-capillary size, pressure in the Chambers and the rigidity of the hydrostatic bearing throttled by using flat-capillary.
本文介绍采用功率键合图和状态空间法对薄膜反馈节流液体静压轴承的动状特性进行数字模拟的方法；
This paper describes an approach using power bond graph and condition space method to digitally imitate the dynamic characteristics of the hydrostatic bearings with film feedback throttle.
鉴于斜击式水轮机具有轴向水推力的特点，在这套卧式液体静压轴承中采用了双斜面背靠背的双止推结构。
In view of the characteristic that there is an axial hydro - thrust in Turgo turbine, a double stop thrust construction of double inclined planes back by back in the bearing can be used.
与普通设计方法相比，两种不同结构液体静压轴承经优化设计后，其单位总功耗的主轴系统刚度都可成倍增加。
After the optimum design for this two different structure hydrostatic bearings, their spindle system rigids per unit power consumption will be doubled.
叙述了液体静压轴承的原理、特点。对砂轮架薄膜节流液体静压轴承进行了模糊优化设计，进行了砂轮架结构的初步设计。
According to it's principle and feature, the liquid hydrostatic bearing grinding-head of CNC grinder is researched and designed.
主要介绍液体球面静压轴承的设计计算，并对其发热量进行分析。
Mainly introduces the design and calculation of ball surface hydrostatic bearings and analyzes its emitting heat.
在采用液体静压和液体动压轴承的柔性轴的高精度单级直齿和斜齿减速器上已经过实验论证。
Experiments have been conducted on a high-precision single stage spur and helical gear reducer with flexible shafts mounted on hydrostatic or hydrodynamic bearings.
在采用液体静压和液体动压轴承的柔性轴的高精度单级直齿和斜齿减速器上已经过实验论证。
Experiments have been conducted on a high-precision single stage spur and helical gear reducer with flexible shafts mounted on hydrostatic or hydrodynamic bearings.
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