1)energy dissipation消能减震
1.Research on the application of energy dissipation and seismic strengthening technology in the existing building消能减震技术在某既有综合楼抗震加固中的应用研究
2.Present developing situation and prospect of energy dissipation structure消能减震结构的发展现状及展望
3.According to performance based seismic design concept,the application of structure system capacity design approach(SSCD) proposed by the first author in energy dissipation structures is presented.结合基于性能抗震设计概念,介绍了体系能力设计法在消能减震结构中的应用。
英文短句/例句
1.Study on the Energy Dissipation and Shake-Reduction in PBSD消能减震在基于性能的抗震设计中的研究
2.Dynamic Analysis and Optimum Design of the Passive Energy Dissipation System;消能减震结构的动力分析及优化设计
3.Optimum Design Method of Structure Seismic Strengthening and Passive Energy Dissipation;结构抗震加固和消能减震优化设计方法
4.Analysis of seismic response of structures with dissipation devices by using fictitious force method基于拟力法的消能减震结构地震反应分析
5.The Application of Energy Dissipation of Devices in Reduction of Structure Torsional Vibration Incited by Earthquake;采用消能减震技术减轻建筑扭转震动的工程应用
6.The viscous damping wall is a type of energy dissipation device for building structures.粘滞阻尼墙是一种性能良好的消能减震部件。
7.Study on Energy Dissipation and Seismic Mitigation Performance of HADAS Damper;开孔式加劲阻尼器的消能减震性能研究
8.Study on passive energy dissipation performance of steel frame with mild steel damper设置软钢阻尼器的钢框架消能减震性能研究
9.Theory and Method of Performance-Based Seismic Design of Structures with Passive Energy Dissipation Systems;消能减震结构基于性能的抗震设计理论与方法研究
10.Damping ratio is an important parameter and plays a decisive role in the design of a structure with energy dissipation devices.阻尼比是消能减震结构设计的重要参数,对消能减震结构设计具有决定性影响。
11.Study on the Damped Energy-dissipated Earthquake-reduction Technique of Self-anchored Suspension Bridges;自锚式悬索桥结构消能减震设计方法研究
12.Study on the Damped Energy-dissipated Earthquake-reduction Technique of Long-span Cable-stayed Bridges;大跨度斜拉桥结构阻尼消能减震技术研究
13.Passive Energy Dissipation System with Shape Memory Alloy Damper for Structural Vibration Control;形状记忆合金阻尼器消能减震结构体系研究
14.Theoretical Analysis and Test Verification and Practice for the Structures with Energy Dissipation Devices;消能减震结构理论分析与试验验证及工程应用
15.Shaking Table Model Test of Long-span Continuous Girder Bridge with Longitudinal Seismic Energy Dissipating大跨连续梁桥纵向消能减震振动台模型试验
16.Analysis of Structural System and Energy-dissipating and Shock-absorbing of Caobai River Bridge潮白河大桥的结构体系与消能减震分析
17.The energy dissipation analysis of viscoelastic dampers concrete frame structure粘弹性阻尼器混凝土框架结构消能减震分析
18.Influence of soil-structure-interaction on energy dissipating structures土体-结构相互作用对消能减震结构的影响
相关短句/例句
seismic energy dissipation消能减震
1.Application and prospect of seismic energy dissipation technique;消能减震技术的工程应用与展望
3)damping devices减震消能
4)local energy dissipation局部消能减震
1.In this paper,the main influence factors of local energy dissipation system are found out.本文分析了影响局部消能减震新体系减震效果的主要因素,为上下部结构的重力荷载比、周期比以及上部结构的等效粘滞阻尼比。
2.In this paper,a new structure with local energy dissipation is put forward.本文提出了高层建筑结构的一种局部消能减震新体系。
5)seismic energy dissipation technology消能减震技术
6)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
延伸阅读
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。
