earthquake-resistance

基本解释

The regulation put forward special requirements on earthquake-resistance levels of infrastructure construction in the quake-hit regions, including schools and hospitals.
该条例对地震灾区包括学校和医院在内的基础建筑设施抗震水平做出了详细规定。
The critical factor in structural earthquake-resistance design, the research on dynamic properties of concrete is recognized to be 'bottleneck' for dynamic analysis of structures.
目前，对结构抗震设计和计算中的关键因素——混凝土动力特性的研究已成为结构动力分析公认的“瓶颈”。
To enhance earthquake-resistance capability of building structure' s ductility is an important measure. In earthquake region, all frameworks should be designed in ductile structure.
保证结构的延性是提高建筑抗震性能的重要措施，在地震区的结构都应设计成延性结构。

抗震
Static analysis and earthquake resistance are important research subjects in designing and analyzing CFRD.
其静力分析及抗震安全问题也成为其设计和分析中重要的研究课题。
地球科学
抗震
Considered the analysis of the strain and the failure length of the pipeline, it would be helpful to the earthquake resistance to use the pipe with the diameter from 600mm to 1200mm in the cross- reverse fault pipeline design.
综合对不同管径管道的应变分析和失效长度的分析,在跨逆断层的埋地管线中,选择600mm~1200mm的管径对抗震比较有利。