建筑结构设计中的隔震减震措施

Seismic Isolation and Shock Reduction Measures in Building Structure Design

在地震频繁的地区,建筑结构的抗震能力至关重要。传统的刚性结构在地震中容易受到严重破坏,造成巨大的经济损失和人员伤亡。为了提高建筑物的抗震性能,隔震减震技术应运而生。隔震减震技术通过引入隔震层或减震装置,在地震中分离结构与地基,减小结构的振动响应,保护建筑及其内部系统。因此,隔震减震技术在当前的建筑结构设计中扮演着重要的角色。基于此,本篇文章对建筑结构设计中的隔震减震措施进行研究,以供参考。

In areas with frequent earthquakes,the earthquake-proof capacity of building structures is crucial.Traditional rigid structures are susceptible to severe damage in earthquakes,causing huge economic losses and casualties.In order to improve the earthquake-proof performance of buildings,seismic isolation and shock reduction technology emerges.Seismic isolation and shock reduction technology separates the structure from the foundation during an earthquake by introducing a seismic isolation layer or shock reduction device,and reduces the vibration response of the structure and protects the building and its internal systems.Therefore,seismic isolation and shock reduction technology plays an important role in the current design of building structures.Based on this condition,this paper studies the seismic isolation and shock reduction measures in the design of building structures,for reference.