抗摩合金被广泛用来制造机器摩擦部件的轴套和 其它零件，这些材料应具有高的强度、塑性、疲劳强度和耐磨性等，这可通过在材料内建立微晶组织，其中包括通过强烈塑性变形来达到。但是，目前在文献中尚无关于这种材料的组织对滑动摩擦条件下磨损的影响数据。本文将研究变形加热 Anti-friction alloys are widely used to make bushings and other parts of the machine’s frictional components. These materials should have high strength, ductility, fatigue strength, and wear resistance by establishing microcrystalline tissue within the material, including through Strong plastic deformation to achieve. However, there is currently no literature on the effect of this material on the wear under sliding friction conditions. This article will study deformation heating