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[Crack-Healing + Proof Test]: A New Methodology to Guarantee the Structual Integrity of Ceramics Component

机译:[裂纹修复+验证测试]:保证陶瓷组件结构完整性的新方法

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摘要

Structural ceramics are brittle and sensitive to flaws. To overcome this problem, it is desirable to use the crack-healing ability of ceramics. At the moment, there is no technique to heal embedded flaws. Then, a new technique to guarantee the reliability of ceramics components is demanded. Thus, we proposed a new technique [Crack-healing + Proof test]. Using a process zone size failure criterion, an equation for the temperature-dependence of proof stress(σ_p~T) is derived. The accuracy of the equation has been verified for monotonic loading tests up to 1300℃.
机译:结构陶瓷易碎并且对缺陷敏感。为了克服这个问题,期望利用陶瓷的裂纹修复能力。目前,还没有任何技术可以治愈嵌入的缺陷。因此,需要一种保证陶瓷部件可靠性的新技术。因此,我们提出了一种新技术[裂纹修复+证明测试]。利用加工区尺寸破坏准则,推导了屈服应力随温度变化的方程(σ_p〜T)。该方程式的准确性已在高达1300℃的单调载荷试验中得到验证。

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