这将会导致轧辊疲劳产生热裂、轧辊表面破裂或是疲劳层的产生。
This will lead to roll failure such as fire crack, surface crack, and fatigue failure.
制动工况不当是产生热影响层和疲劳裂纹的主要原因。
The inadepuats braking conditions are the main cause to produce heat-effected metal layer and fatigue crackings.
陶瓷涂层的热震失效是由于涂层在循环加热和冷却过程中，涂层内产生循环热应力，导致涂层发生热疲劳失效。
The thermal shock failure of ceramic coating is essentially the fatigue failure induced by cyclic thermal stress during repeated heating and cooling.
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