1) seismic energy dissipation structure
消能减震结构
1.
Seismic response analysis of strengthened story structure and seismic energy dissipation structure;
加强层结构和消能减震结构地震反应对比分析
2) energy dissipation structures
消能减震结构
1.
Recently, with the widely use of energy dissipation technology, many countries have made relevant technical codes for the design and construction of energy dissipation structures.
近年来,随着消能减震技术的应用越来越广泛,许多国家都相继制定出台了相应的消能减震结构设计、施工规范和规程,我国现行《建筑抗震设计规范》(GBJ50011-2001)中也增加了消能减震设计的规定,但是该规范仅是在吸收国内外比较成熟的研究成果基础上,列出了一些关于消能减震设计的原则性条文,很难为一般的结构工程师掌握并运用于实际的工程实践中。
2.
The analysis and design for energy dissipation structures has been discussed in detail in this dissertation.
最后结合一个实际的纲结构工程，就消能减震结构基于性能的抗震设计分析过程进行了详细介绍。
4) damping and energy dissipation structure
减震耗能结构
5) passive energy dissipation system
耗能减震结构
1.
The passive energy dissipation systems, which developed in these thirty years, is oneof the practical measurements which are up to the mustard.
近三十年来发展起来的被动耗能减震结构控制体系是提高城市和建筑物耐震能力的经济、有效方法之一。
6) passive energy dissipation structure
耗能减震结构
1.
Being different from the ordinary structure design,passive energy dissipation structures always have to be carried on the optimized design of the consuming energy quantity and the arrangement form.
与普通结构的设计不同,耗能减震结构一般要进行耗能器数量与布置形式的优化设计。
2.
It is an economical and effective method to enhance the aseismatic capability of buildings by using passive energy dissipation structures.
采用耗能减震结构是一种经济有效的提高结构抗震能力的方法。
3.
Being different from the ordinary structure design, passive energy dissipation structures always have to be carried on the optimized design of the consuming energy quantity and the arrangement form.
与普通结构的设计不同,耗能减震结构一般要进行耗能器数量与布置形式的优化设计。
补充资料：得食能消
【得食能消】
谓菩萨于诸梵行，精进无怠，而于饮食，不节不恣，是以食已即消，而无停滞之患也。
谓菩萨于诸梵行，精进无怠，而于饮食，不节不恣，是以食已即消，而无停滞之患也。
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