1) arrest toughness
止裂韧度
1.
The fracture toughness K1d and J1d , arrest toughness K1a and Charpy V-notched impact toughness Ak of a pipeline steel, X70, were studied at different temperatures.
在不同温度下测试了X70管线钢动态断裂韧度K1d、J1d和止裂韧度K1a以及夏氏V型缺口冲击韧度Ak,对三者的关系进行了分析。
2) plain strain arrest toughness
平面应变止裂韧度
1.
The whole procedure of plain strain arrest toughness K Ia on several traditional ship steel was introduced.
针对几种常用的压力容器用钢和舰船钢介绍了平面应变止裂韧度试验的全过程,得到了几种材料不同温度下的平面应变止裂韧度值。
3) crack arrest
止裂
1.
Crack tip opening angle and its application to crack arrest in gas pipeline;
裂纹尖端张开角及在输气管线止裂预测中的应用
2.
It is reviewed that research achievement of pipeline cracks arrest,It shows that the formula of pipeline crack arrest in 1970s was inclined to danger for determining cracks arrest behavior of high toughness pipeline through objects test.
回顾了管线裂纹止裂研究的成果,通过实物试验分析表明,20世纪70年代的止裂公式在确定高韧性管线的止裂行为上已偏于危险。
3.
Using theory of electro-thermal effects, tests of crack arrest were executed on gunsteel.
利用材料的电热效应对炮钢进行裂纹止裂实验,并对裂纹尖端材料进行金相组织分析。
4) arrest
止裂
1.
The certain method of transfer gas pipeline crack arrest ductility is discussed and analysised,and respective merits and faults is listed.
介绍输气管道止裂方法和构件,讨论分析了输气管道止裂韧性的确定方法及各自的优缺点,并重点评析裂纹尖端张开角的预测模型;全面列举止裂所需最低夏比冲击功计算公式及近年来这方面取得的成果,并指出今后的发展趋势和研究方向,为管道设计和安全维护提供一些参考。
2.
For the West-east pipeline project to be put into construction,the problems in technology first to be solved are the fracture arrest of pipeline.
而在输送压力和钢材等级提高以后,延性断裂及其止裂成为主要的研究领域。
3.
There are many instances where fluid pressure acting on the structure caused the structure to cracking and the cracks could be propagated rapidly or arrestded,which is regarded as the most advanced research field in dynamic fracture.
许多工程问题是由于流 (气 )体压力导致了结构开裂 ,裂纹会迅速扩展或者止裂 ,这被认为是断裂动力学最前沿的研究领域。
5) crack preventing
止裂
1.
Experimentation and numerical simulation analysis on half-embedding crack preventing in metal die of 9Cr2 steel using electromagnetic heating;
9Cr2凸模半埋藏疲劳裂纹电磁热止裂的实验与模拟研究
2.
The crack preventing has been obtained around the quenching crack tip inside cavity die of 9Cr2 steel through the pulse current discharge and .
９Ｃｒ２凹模淬火裂纹经脉冲放电止裂和电火花熔焊的搭桥修复后，裂纹尖端钝化，模具表面的淬火裂纹被焊合，模具的承载能力和表面光洁度可达到使用要求。
3.
The experdriental results show that the crack preventing fora current conductor with cracks by the heat effect of electro-magnetic not only is feasible, but also has many advantages,such as keeping outside force, simplicity, efficiency, and im-proving toughness and so on.
介绍了导电体内部裂纹止裂的一种新实验方法。
6) ductile fracture arrest
韧性止裂
1.
Furthermore,it also gives some summary about the integrity management,HTP rolling procedure,ductile fracture arrest of high grade steel,strain-based design,and development of high deformability steel.
针对完整性管理、高温轧制工艺(HTP)、高钢级管线钢的韧性止裂、基于应变的设计以及抗大变形钢的开发等做了概括性论述。
参考词条
补充资料：陈旧性会阴Ⅲ度裂伤修补术
陈旧性会阴Ⅲ度裂伤修补术
会阴Ⅲ度裂伤为会阴裂伤中最严重者，常见于难产手术损伤或胎儿过大。儿头娩出时保护会阴不力所致。即肛提肌、阴道筋膜，肛门括约肌甚至直肠下段均有损伤而撕裂，以致大便失禁及不能完全控制排气。如果修补手术不在产后立即进行者称之为陈旧性会阴Ⅲ度裂伤修补术。术前准备：术前3日少渣饮食，每天用1∶5000高锰酸钾溶液坐浴1～2次，每晚灌肠1次。术前3日口服新霉素等药物控制肠道细菌。手术前晚清洁灌肠，麻醉，骶管麻醉，手术步骤：①认真检查裂伤情况及解剖关系。用两把鼠齿钳暴露裂伤边缘，沿裂伤边缘切开阴道黏膜，见阴道壁与直肠的分界，分离阴道壁与直肠黏膜，并向两侧分离阴道壁，暴露直肠及肛门扩约肌的两侧断端处，剪去直肠裂缘瘢痕组织。②缝合直肠用000可吸收线间断及连续缝合直肠壁，一般不透过直肠黏膜，亦可穿透黏膜，把结打在肠腔内；③缝合肛门括约肌，用鼠齿钳自两侧凹陷处夹取肛门括约肌断端，并向中线靠拢，用丝线作“8”字缝合。此时，肛门周围皮肤即皱缩呈环状。④缝合肛提肌，1号铬肠线间断缝合，⑤修剪阴道黏膜后1号肠线缝合阴道黏膜。⑥缝合皮肤和皮下组织。术后处理同会阴Ⅲ度裂伤。无渣饮食控制大便5天，以利伤口愈合。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。