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首页> 外文会议>Society of Tribologists and Lubrication Engineers annual meeting amp; exhibition 2009 >TRIBOLOGICAL INVESTIGATION ON EFFECTS OF COLD DEFORMATION ON WEAR OF 6061 AL-ALLOY-S_IC_P COMPOSITE UNDER THE ROLLING-SLIDING CONDITIONS
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TRIBOLOGICAL INVESTIGATION ON EFFECTS OF COLD DEFORMATION ON WEAR OF 6061 AL-ALLOY-S_IC_P COMPOSITE UNDER THE ROLLING-SLIDING CONDITIONS

机译：滚动条件下冷变形对6061铝合金-S_IC_P复合材料磨损影响的摩擦学研究

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摘要

The study of wear behavior of the MMC against EN-24 steel under the combined action of 90% rolling and 10% sliding forces is unique in nature. The investigation is carried out to understand the effect of cold deformation on wear behaviour and its possible use in high performance gear application. The whole investigation is quite different in nature and a few of such works are reported in literature. So, little scope was there to compare the finding with available literature. Moreover, rolling-sliding experiments consume good amount of materials, so producing deformed MMC sample of good quantity is also a challenge. The investigation has demonstrated improved wear properties in materials due to cold deformation. Probably in next paper, metallurgical properties change will be discussed for throwing some light on this issue.
机译：在90％的滚动和10％的滑动力的共同作用下，MMC对EN-24钢的磨损行为的研究本质上是独一无二的。进行调查是为了了解冷变形对磨损性能的影响及其在高性能齿轮应用中的可能用途。整个调查本质上是完全不同的，文献中报道了其中一些此类作品。因此，几乎没有范围将发现与现有文献进行比较。而且，滚动滑动实验消耗大量材料，因此产生大量变形MMC样品也是一个挑战。研究表明，由于冷变形，材料的磨损性能得到了改善。可能在下一篇文章中，将讨论冶金性能的变化，以便对此问题有所了解。

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