摘要 地震是一种很难预测的自然灾害，造成的直接破坏主要包括：大量的人员伤亡；供电，交通被中断；水火等次生灾害的发生。目前，我国最常用的建筑结构形式是钢筋混凝土结构，由于其早期施工和设计方面不满足现有抗震法律规范的要求，就会导致在地震灾害发生时，未达到抗震等级的建筑物发生那个了主体结构的破坏或地基失效破坏，进而导致建筑物粉碎性坍塌，人员伤亡惨重，资源被严重浪费。通过对既有建筑物进行抗震加固补强是提高建筑物抗震性能，减小损失的有效途径，因此，抗震加固技术显得尤为重要。本文总结了传统抗震加固技术与新型抗震加固技术，着重对新型抗震加固技术进行了介绍，为其今后在建筑领域的应用和进展提供借鉴和参考。关键词：钢筋混凝土结构 抗震加固 传统加固技术 新型加固技术 ABSTRACTThe earthquake is a kind of unpredictable natural disaster，The direct destruction mainly includes: a large number of casualties, power and traffic disruption, secondary disasters such as floods and fires.At present, the most common form of building structure in China is the reinforced concrete structure,as its early construction and design does not meet the seismic requirements,which will leads to the main structure damage or foundation failure,even leads to the building collapsed and personnel casualties which is a great waste of resources. Seismic strengthening of existing buildings is an effective way to improve the seismic performance and reduce the loss . Therefore, the seismic strengthening technology is particularly important.This paper summarizes the traditional seismic strengthening technology and new seismic strengthening technology, and emphatically introduces the new seismic strengthening technology, which can provide a reference for the future application and development in the field of construction. Key words: reinforced concrete structure ; seismic strengthening traditional reinforcement technology ; new reinforcement technology第一章：绪论1....
