advanced fatigue spalling 晚期疲劳剥落
continuous fatigue spalling 连续状疲劳剥落
fatigue-spalling 疲劳剥落
spalling fatigue 疲劳剥落
Its main wear mechanisms are plastic smearing, abrasive wear and fatigue spalling.
其磨损机理主要有塑性涂抹、磨粒磨损和疲劳剥落。
It has been shown that fatigue spalling is the main wear mechanism, abrasive wear also exist.
结果表明，渗层磨损机制以疲劳剥落为主，兼有磨粒磨损。
Some characteristics of the rolls, such as strength vs. Thermal shock, tensile strength and contact fatigue strength, influence spalling. Thus, strength was investigated as a hardness parameter.
辊子的一些特性，例如：强度、耐热性、抗拉强度、接触疲劳强度都和剥落有关。因此，强度可作为硬度的参数来研究。
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