首页|非结构构件抗震韧性技术研究综述

非结构构件抗震韧性技术研究综述

A review of research on seismic toughness technology for nonstructural components

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建筑非结构构件的抗震破坏程度较大,损失较为严重,但是其投资占比大、功能性强,因此越来越受到相关学者和工程师的重视,文章论述了非结构构件的抗震韧性技术研究进展,介绍了抗震韧性理念与非结构构件的分类,分析了建筑工程常见的非结构构件的震害表现与研究现状.结合实际工程经验,总结了国内现行规范中设计及施工方法和合理处理建议,希望能为非结构构件抗震韧性技术的后续发展提供参考.
A significant amount of earthquake damage has shown that the seismic damage to building non-structural com-ponents is considerable and the losses are severe.Despite this,these components constitute a large proportion of invest-ment and play crucial functional roles,thus attracting increasing attention from scholars and engineers.This paper reviews the research progress on the seismic toughness technology of non-structural components.Firstly,the concept of seismic toughness and the categorization of non-structural components are introduced.Secondly,the seismic performance and cur-rent research status of common non-structural components in construction engineering are summarized.Finally,based on practical engineering experience,summarized the reasonable treatment suggestions for design and construction methods in current domestic and foreign specifications,aiming to provide a reference for the future development of seismic toughness technology for non-structural components.

nonstructural membersinfill wallssuspended ceilingsseismic hangers

刘福禄、辛力、岳焱超、陈杰、张宇航

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中国建筑西北设计研究院有限公司,陕西 西安 710018

西安交通大学,陕西 西安 710049

非结构构件 填充墙 吊顶 抗震支吊架

2025

山西建筑
山西省建筑科学研究院

山西建筑

影响因子:0.714
ISSN:1009-6825
年,卷(期):2025.51(4)