thermal shock

基本解释

Thermal-shock behavior of superalloy GH163 has been studied between 850 ℃ and room temperature in different atmospheres.
研究了高温合金GH163在850℃至室温不同气氛环境下的热震行为。
Spinel brick has the good thermal-shock resistance, however it have the disadvantages of the bad coating adherence and high heat-conducting rate.
尖晶石砖虽具有优良的抗热震性，但存在着热导率高及挂窑皮能力不足的缺点。
Results indicate that the main thermal-shock failure mode of coatings is coatings spoilage and the graduate loss of adhesive strength with the increasing times of thermal cycle.
结果表明：涂层的主要热震损坏形式是随着循环次数的增加而产生的剥落。

a fluctuation in temperature causing stress in a material. It often results in fracture, esp in brittle materials such as ceramics

热冲击
The reason of heat-affected zone (HAZ) microfissuring presented in superalloy EBW joints was analyzed based on thermal shock effect.
本文基于电子束焊接热冲击效应分析了高温合金电子束焊接接头热影响区的微裂纹形成原因，研究了微裂纹损伤对GH4133A电子束接头高温力学性能的影响。
化学
热震
热冲击
温度冲击
Based on the research and experiment, we confirmed the parameters of AE testing and the ‘water-bathed’method. in the experiment of thermal shock.
在调研和试验的基础上,确定了声发射检测参数和温度冲击试验方法。
机械工程
热震