1) embedded process zone near the crack tip
裂尖嵌入过程区
2) process zone of the crack-tip
裂尖过程区
1.
Based on the experimental results of local temperature field and pyromagnetic effect at the process zone of the crack-tip formed in the evolution period of defects, in this paper, the expressions of thermo-mechanical coupling and thermo-electromagnetic coupling effects in the basic equation group of rheological material containing defects are first proposed.
根据缺陷演化期间裂尖过程区内 (或细孔周围 )形成局域温度场和热磁效应的实验结果 ,提出了含缺陷流变性材料基本方程组中热 -力耦合和热 -电磁耦合效应的表达
3) fracture process zone at crack tip
裂尖断裂过程区
1.
The experimental results of pyromagnetic effect revealed in the rupture process of rheological material with defects make known that:owing to the existence of internal temperature gradient leads to the occurrence of pyromagnetic effect in the fracture process zone at crack tip.
带缺陷流变性材料破坏过程中显现出热致磁效应的实验结果表明：在材料破坏的过程中，由于内部温度梯度的存在，导致裂尖断裂过程区具有热致磁效应。
6) fracture process zone
断裂过程区
1.
Study on the K criterion of Ⅰ-Ⅱ mixed-mode fracture of concrete considering the fracture process zone;
考虑断裂过程区的混凝土Ⅰ-Ⅱ复合型断裂判据研究
2.
In the previous study on the size effect of fracture toughness of concrete,the influences of fracture process zones,which occur at the front edge of concrete cracks,are not taken into account.
混凝土裂缝前缘存在断裂过程区,以往研究混凝土断裂韧度KIC尺寸效应时未考虑断裂过程区的影响。
3.
Based on fictitious crack model(FCM) and continuous damage theory, the formulas on the length and damage degree of fracture process zone (FPZ) for RCC are established.
本文采用虚拟裂缝模型和连续损伤力学方法 ,计算了断裂过程区的长度和损伤度。
补充资料：黄杨尖风景区
黄杨尖风景区
黄杨尖山地处舟山市新城——定海临城街道，是舟山本岛第一高峰，海拔503.6米，登顶远眺，舟山群岛尽收眼底，自然风光秀美，是登高揽胜、观赏千岛风光的绝佳处。
黄杨尖景区人文景观和历史遗迹众多，三国时期葛玄在此采药炼丹，逐成道教名山，现有葛玄炼丹洞等胜迹。黄杨尖还是西周的徐城遗址、东晋的孙恩起义和唐代的袁晁起义屯兵遗址。这里山势险要，还是东海游击总队从事抗日、解放战争的革命基地，山上现在还遗留着已废弃的抗战军事设施。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。