1) aseismatic design spectrum
抗震设计的反应谱
3) seismic design spectra
抗震设计谱
1.
The review of development and certain problems in seismic design spectra;
抗震设计谱的发展及相关问题综述
2.
Study on seismic design spectra of near-fault region;
近断层地区抗震设计谱研究
3.
Lastly,suggestions of development guidelines and of future research,as well as limitations for the seismic design spectra are put forward,so as to promote the research of anti-quaking gesign.
阐述了国内外反应谱的通用模型及计算方法,并指出其共性问题,简单介绍了等效线性化位移反应谱数值模型,探讨了抗震设计谱的发展趋势以及所涉及的新课题,从而促进抗震设计谱的研究。
5) designed response spectrum
设计反应谱
1.
Earthquake action calculation for base seismic isolation system based on the designed response spectrum;
基础隔震结构基于设计反应谱的地震作用取值
2.
The response spectrum of the selected earthquake waves has to be accordance with the designed response spectrum in the statistical sense.
时程分析法中选择输入地震波的基本要求通常是使所选波的反应谱与设计反应谱在统计意义上相一致，实践中对此要求却常有不同的理解和处理方法。
6) design response spectrum
设计反应谱
1.
Synthesis of simulated earthquake waves based on hydraulic design response spectrum;
基于水工设计反应谱的人工地震波合成
2.
Five response spectrum theories in structural seismic response analysis such as earthquake response spectrum,design response spectrum and so on are introduced.
介绍了结构地震反应分析中的地震反应谱、设计反应谱等三种反应谱理论,并阐述了他们之间的相互联系和功能区别,论述了几种多自由度体系线性动力反应分析方法,为工程抗震设计提供了便捷、有效地分析手段。
3.
In this paper,the main difference between the two design response spectrums defined respectively in the Code for Seismic Design of Buildings (GBJ11 89) and its revised edition is analyzed.
本文分析了《建筑抗震设计规范》GBJ 11— 89(以下简称“89规范”)与新修订的建筑抗震设计规范在设计反应谱方面的主要差别 ,文中将北京地区常出现的两类场地 ,按上述两规范确定的设计反应谱和场地类别判定方法分别进行评价。
补充资料：抗震
①（建筑物、机器、仪表等）具有承受震动的性能。②对破坏性地震采取防御措施，尽量减轻生命财产的损失。
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