thermal shock

基本解釋

Thermal-shock behavior of superalloy GH163 has been studied between 850 ℃ and room temperature in different atmospheres.
研究了高溫合金GH163在850℃至室溫不同氣氛環(huán)境下的熱震行為。
Spinel brick has the good thermal-shock resistance, however it have the disadvantages of the bad coating adherence and high heat-conducting rate.
尖晶石磚雖具有優(yōu)良的抗熱震性，但存在著熱導率高及掛窯皮能力不足的缺點。
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.
結(jié)果表明：涂層的主要熱震損壞形式是隨著循環(huán)次數(shù)的增加而產(chǎn)生的剝落。

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

熱沖擊
The reason of heat-affected zone (HAZ) microfissuring presented in superalloy EBW joints was analyzed based on thermal shock effect.
本文基于電子束焊接熱沖擊效應分析了高溫合金電子束焊接接頭熱影響區(qū)的微裂紋形成原因，研究了微裂紋損傷對GH4133A電子束接頭高溫力學性能的影響。
化學
熱震
熱沖擊
溫度沖擊
Based on the research and experiment, we confirmed the parameters of AE testing and the ‘water-bathed’method. in the experiment of thermal shock.
在調(diào)研和試驗的基礎上,確定了聲發(fā)射檢測參數(shù)和溫度沖擊試驗方法。
機械工程
熱震