1) cracking
[英]['krækɪŋ] [美]['krækɪŋ]
开裂
1.
Cause analysis of cracking of front fracture of the beryllium-bronze bar during extrusion process;
铍青铜挤压棒材端头开裂的原因分析
2.
Effect of Breakdown Process on Surface Cracking of Billet of Free Cutting Austenite Stainless Steel;
开坯工艺对易切削奥氏体不锈钢坯表面开裂的影响
3.
Analysis of deformation and cracking in wedm and counter measures;
模具线切割加工变形和开裂原因分析与对策
2) crack
[英][kræk] [美][kræk]
开裂
1.
Development on resisting crack for epoxy resin sealing compounds;
耐开裂环氧灌封料的研究进展
2.
The Reason Analysis for the Bloom Cracks of SUS304HC Stainless Steel with Cu Content;
SUS304HC含铜不锈钢初轧坯开裂原因分析
3.
Reasons and countermeasures of deformation and crack of workpieces quenched by polymer medium;
使用聚合物淬火剂出现变形和开裂倾向的原因和对策
3) fracture
[英]['fræktʃə(r)] [美]['fræktʃɚ]
开裂
1.
Study on Ni-Mn Alloy Electroforming of Nozzle and Its Fracture Problem;
喷管的镍锰合金电铸及其开裂问题的研究
2.
Finite Element Analysis on the Fracture of Rear Suspensions Trailer Arm;
后悬架拖曳臂开裂有限元分析
3.
An Analysis on the Cause of Side Rail Abnormal Fracture in a Light Truck;
轻型货车车架纵梁异常开裂原因的分析
4) split
[英][splɪt] [美][splɪt]
开裂
1.
Research on grout concrete interface split and slip judgement;
锚固体中砂浆与混凝土界面开裂滑移判据研究
2.
Analysis on cause of split on roofing glass of one sunlight awning;
某阳光篷屋顶玻璃开裂破碎原因分析
3.
Constructive plan of preventing split on coating on outer wall;
防止外墙涂料基体开裂施工方案
5) Cracks
[英][kræk] [美][kræk]
开裂
1.
On How to Minimize the Temperature Shrinkage Cracks of Semi-rigid Base Course by Adjusting Base Thickness;
面层厚度减缓半刚性基层温缩开裂的分析
2.
Study on the causes of wall cracks of one residential building and strengthening measures;
某住宅楼墙体开裂的原因分析与加固
3.
SUS304HC austenite stainless steel with more Sn cracks in the course of blooming mostly.
锡含量高的 SUS30 4 HC含铜奥氏体不锈钢初轧开坯时容易出现开裂现象。
6) dehiscence
[英][di'hisns] [美][dɪ'hɪsṇs]
开裂
1.
Concrete construction process dehiscence reason and preventive
混凝土施工过程开裂的原因及预防措施
2.
Realization of RC structure dehiscence analysis with ANSYS;
钢筋混凝土结构开裂分析在ANSYS中的实现
3.
The results show that,the microstructure of the boiler steel is unqualified and great stress appears on the surface of drum caused by boiler scale,so micro-crack appears and grows on the surface of boiler steel which leads to dehiscence.
结果表明:锅筒钢板组织不合格,同时锅垢还使锅筒钢板表面产生较大的应力,致使钢板产生显微裂纹并扩展,以至最后开裂。
补充资料：开裂
分子式：
CAS号：
性质：见龟裂
CAS号：
性质：见龟裂
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条