通过柱面对柱面的接触方式,研究了35CrMoA钢在圆形路径载荷下的微动疲劳失效特性,采用扫描电子显微镜对微动疲劳试样的微动斑、磨削及微裂纹进行观察.试验结果表明:随着微动摩擦磨损的进行,磨损方式逐渐由粘着磨损转变为磨削磨损;微动斑的粘着区存在着圆形或近圆形的微小斑痕,滑移区上堆积了大量的磨屑;微动疲劳失效部位发生在粘着区与滑移区的交界处,并由于等效应力的不同而失效位置不同;微动疲劳的微裂纹存在于晶界上,并且沿晶界扩展.
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