摘要
建筑附属设备比如供水系统、能源系统、电信系统等在地震灾害中常常遭受破坏,甚至中断运转,由此导致的损失是相当大的。后锚固锚栓经常被用来固定以上提到的设备,其合理设计对于确保安全和减小地震造成的成本损失至关重要。介绍了不同类型锚栓的工作原理、地震作用下的性能及抗震承载力设计方法。
Building attached facilities like water,energy or telecommunication supply systems are easily damaged during earthquake action.The economic lost is huge due to malfunction,even stop running of these equipments.Post-installed anchors are often used to fix these mentioned types of equipment,their adequate design is of crucial importance to guarantee safety and minimize costs associated with seismic events.The working principle,seismic performance and design method of these qualified anchors were introduced.
作者
陈家晖
江微
Chen Jiahui;Jiang Wei(Hilti Company,Shanghai 20032,China)
出处
《建筑结构》
CSCD
北大核心
2019年第A01期833-836,共4页
Building Structure
关键词
抗震锚栓
地震荷载
裂缝混凝土
seismic anchor
seismic action
cracked concrete