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含磨屑粗糙表面接触滑动摩擦副温度场的计算
引用本文:程西云,周银生.含磨屑粗糙表面接触滑动摩擦副温度场的计算[J].重庆大学学报(自然科学版),2000,23(3):23-27.
作者姓名:程西云  周银生
作者单位:[1]重庆大学机械传动国家重点实验室 [2]浙江大学机械系机械原理与零件教研室
基金项目:国家教育部博士学科点基金资助项目! ( 943 3 5 0 5 )
摘    要:接触温度是评价摩擦副工作性能好坏的一个重要因素,对粗糙表面、特别是含磨屑粗糙表面接触温度场求解尚缺乏深入研究。介绍了粗糙表面及含磨屑粗糙表面线接触滑动摩擦副接触温度场的求解过程及方法,分析了光滑表面、粗糙表面及含磨屑粗糙表面接触温度场分布,探讨了表面接触温度对滑动摩擦副胶合及咬死的影响。结果表明:粗糙表面温度场较光滑接触表面温度场有明显的提高,在粗糙度影响系数的0.1、0.5时,接触区温度分别增加

关 键 词:滑动摩擦副  温度场  接触温度  含磨屑粗糙表面
文章编号:1000-582(2000)03-0023-05
修稿时间:1999年11月30日

The Study on the Contact Temperature Fields of Sliding Friction Pairs with Debris Containing
CHENG Xi yun,JIANG Song,DENG Xiao wei,WEI Yun long,ZHOU Yin sheng.The Study on the Contact Temperature Fields of Sliding Friction Pairs with Debris Containing[J].Journal of Chongqing University(Natural Science Edition),2000,23(3):23-27.
Authors:CHENG Xi yun  JIANG Song  DENG Xiao wei  WEI Yun long  ZHOU Yin sheng
Institution:CHENG Xi yun 1,JIANG Song 1,DENG Xiao wei 1,WEI Yun long 1,ZHOU Yin sheng 2
Abstract:Contact temperature is one important working proprieties of friction pairs,there are no study on the contact temperature fields of rough surface contact at present.The methods of calculating the contact temperature fields are presented.On the basis of taking rough surface and debris effects into account,the temperature fields of sliding friction pairs are calculated.And the effect of temperature on the sliding friction pairs scuffing proprieties is discussed.The result shows that there are obvious enbance of the contact temperature comparing the smooth surface contact to the rough surface contact.If the coefficient of rough influence equal 0.1 and 0.5,the contact temperature will enhance by 14% and 103%.The contact temperature will enhance once again if the debris embed in the surface.If the material of the friction pairs is 45 # steel,Supposing the surface film has been destroyed,the temperature of debris embed point will come to the material welding temperature.
Keywords:metal sliding friction pairs  temperature fields  contact temperature  scuffing
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