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对3Cr2W8V钢高温高载下的干摩擦滑动磨损特性及磨损面形貌、磨损面表层和次表层的组织和硬度进行了试验和分析.结果表明:高载下3Cr2 W8V钢的力学性能是决定材料磨损特性的主要因素;氧化物磨屑对磨损面的保护作用是通过氧化物磨屑对磨损面的大面积覆盖实现的;室温低载下磨损面上形成氧化物磨屑的覆盖,而在室温高载和高温下都未形成氧化物磨屑的覆盖;高温高载下,主要因3Cr2W8V钢本身承载能力下降,氧化物磨屑未能覆盖于磨损面上,故对磨损面起不到保护作用.

参考文献

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