A tribological experimental investigation of a heat-pipe cooled isothermal journal bearing
A tribological experimental investigation of a heat-pipe cooled isothermal journal bearing
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DOI：
10.1080/10402000108982423
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发表时间：
2001-01-01
影响因子：
2.1
通讯作者：
Cao, YD
中科院分区：
文献类型：
--
作者：
Chen, G;Wang, Q;Cao, YD
采用热管冷却技术研制了一种等温滑动轴承。本文报道的研究工作是一个实验研究，进行了研究的等温滑动轴承受到摩擦加热的热摩擦学性能。一个不锈钢轴颈轴承，包括一些甲醇热管制造的当前的研究和热管槽加工的内圈。还测试了具有与等温轴颈轴承相同的内径和外径以及相同材料的常规滑动轴颈轴承以进行比较。由于不锈钢是臭名昭著的粘附力，这项研究有机会调查的粘附力和温度变化之间的关系和控制这种类型的热相关的摩擦学问题的可能性。
An isothermal journal bearing has been developed by incorporating heat-pipe-cooling technology. The research work reported in this paper is an experimental investigation that was conducted to study the thermal-tribological performance of the isothermal journal bearing subject to frictional heating. A stainless-steel journal bearing that incorporates a few methanol heat pipes was fabricated for the current study and the heat-pipe grooves were machined on the inner ring. A conventional plain journal bearing having the same inner and outer diameters, as well as the same material as the isothermal journal bearing was also tested for comparison. Because stainless steel is notorious for adhesion this study has an opportunity to investigate the relationship between the adhesion and temperature variation and the possibility of controlling this type of heat-related tribological problem.