1) dislocated floating-ring bearing
错位浮环轴承
1.
The dislocated floating-ring bearing was designed combining the way of alteration the shape of bearing with adding floating-ring in order to enhance the stability of bearing.
为了提高轴承的稳定性,将增加浮环和改进几何形状两种方法结合起来,设计了错位浮环轴承,并采用边界元方法,研究了在各种偏心率下错位浮环轴承的稳定性,得到了错位浮环轴承的轴颈表面、轴承表面及浮环内外表面的压力随偏心率的变化而变化的规律。
2) Double-dislocated floating-ring bearing
双错位浮环轴承
3) Four-leaf Dislocated Floating-ring Bearing
四叶错位浮环轴承
1.
Analysis of Boundary Element of Hydrodynamic Characteristics of Four-leaf Dislocated Floating-ring Bearing;
四叶错位浮环轴承流体动力特性的边界元分析
4) Six-leaf Dislocated Floating-ring Bearing
六叶错位浮环轴承
1.
Research on Hydrodynamic Characteristics of Six-leaf Dislocated Floating-ring Bearing
六叶错位浮环轴承流体动力学特性的研究
5) floating-ring bearing
浮环轴承
1.
The characteristics of the radical-thrust hybrid floating-ring bearing considering inertia term were studied as the rotor-bearing is working with high rotary speed.
研究了径推动静压浮环轴承在高速运转时 ,计入迁移惯性项的轴承特性。
2.
The results show that the boundary element method has unique superiority for calculating the hydrodynamic characteristics of the complex shape floating-ring bearing.
为了增加多油楔轴承的稳定性和弹性支承作用,设计了一种多叶复杂形状的浮环轴承。
3.
The hydrodynamic characteristics of lubricant in six-leaves columniform floating-ring bearings were studied by means of boundary element method,the distribution of flow field in six-leaves columniform floating-ring bearings and the distribution of pressure on the surface of bearings and outer floating-ring were obtained.
采用边界元方法对六叶柱形浮环轴承润滑剂的流体动力学特性进行了研究,得到了六叶柱形浮环轴承润滑区的流场分布、轴瓦内表面上的压力分布及浮环外表面的压力分布。
6) floating ring bearing
浮环轴承
1.
The discrete element method was introduced into the dynamic model of floating ring bearing rotor system for the first time and the dynamics simulation program of floating ring bearing rotor system was developed.
首次将散体单元法引入到浮环轴承转子系统的动力学建模中,并开发了相应的系统动力学特性模拟计算程序。
2.
Based on two experiments on floating ring bearing before and after floating ring thickness re-duction,the effect of thickness variation of floating ring on whirl and stability was studied.
根据浮环减薄前后两次试验结果的对比分析,进一步研究了浮环厚度变化对浮环轴承涡动及稳定性的影响。
3.
Based on two experiments on floating ring bearing with different floating ring thickness,the effect of variation of thickness of floating ring on whirl and stability was studied.
通过对浮环减薄前后实验结果的对比分析,研究了浮环厚度变化对浮环轴承涡动及稳定性的影响,并给出了三维谱图、涡动比与转速图、典型分岔图。
补充资料：浮环
1.浮水工具。犹今之救生圏。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条