The thermal fatigue test was performed on 316 SS to understand the crack propagation behavior underthe cyclingtemperature environment.
从实用出发对316不锈钢管材进行了热循环下的裂纹扩展试验。
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The incubation period of crack nucleation decreases and the crack propagation rate increases with the increase of thermal cyclingtemperature and cooling rate in the cycle.
随循环温度和冷却速率的增加,裂纹形核的孕育期缩短,裂纹扩展速率增加。
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These temperaturecycling chambers feature the classic ESPEC look of stainless steel with a new, modern style. The adjustable controller pod will please users of different heights.