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Friction and Wear Behavior of 45# Steel with Different Plant Abrasive

机译:不同植物磨料45#钢的摩擦和磨损行为

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摘要

The wear behavior of different plant abrasive to 45# steel was studied by using an abrasive rubber wheel tester. The worn surface of the frictional samples morphology was observed by using Scanning Electron Microscopy, and the wearing mechanism of different abrasive to 45# steel was analyzed. The results show that: on the experiment conditions, the wear loss from big to small is alfalfa abrasive, corn abrasive and wheat abrasive, and the wear rules of corn abrasive and wheat abrasive are similar, but the wear loss of alfalfa abrasive is much higher than the former two. The wear dominant mechanism of the wheat abrasive to 45# steel is mechanical polishing, the wear dominant mechanism of the corn abrasive to 45# steel is mechanical polishing and adhesive wear, the wear dominant mechanism of the alfalfa abrasive to 45# steel is micro-cutting and adhesive wear.
机译:通过使用磨料橡胶轮测试仪研究了不同植物磨料到45#钢的磨损行为。通过使用扫描电子显微镜观察摩擦样品形态的磨损表面,分析了不同磨料的磨损机理到45#钢。结果表明:在实验条件下,从大到小的磨损损失是苜蓿磨料,玉米磨料和小麦磨料,以及玉米磨料和小麦磨料的磨损规则相似,但苜蓿磨料的磨损损失要高得多比前两个。小麦磨料的磨损优势机制为45#钢是机械抛光,玉米磨料的磨损优势机理到45#钢是机械抛光和粘合剂磨损,苜蓿磨料的磨损优势机制为45#钢是微薄的切割和粘合剂磨损。

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