吉尔吉斯共和国建筑改造的设计和施工情况

U. Begaliev, S. Brzev
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引用次数: 2

摘要

在世界上许多地震易发地区,对现有建筑物进行抗震改造有重要的经验。大多数旧的现有建筑的设计没有达到当前设计规范所期望的地震危险级别;此外,一些结构类型(如未加固的砖石)天生就比其他结构类型更容易受到地震的影响,例如设计良好的钢筋混凝土(RC)和钢结构建筑。应当指出的是,一些国家已经对学校建筑进行了抗震改造。在性能设计和推覆分析的基础上,提出了有效加固结构的方法,这在吉尔吉斯是第一次创新。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SITUATION OF DESIGN AND CONSTRUCTION FOR RETROFITTING OF BUILDINGS IN THEKYRGYZ REPUBLIC
There is a significant experience related to seismic retrofitting of existing buildings in many earthquake-prone regions of the world. Majority of older existing buildings were not designed to the seismic hazard level expected by current design codes; also, some structural types (like unreinforced masonry) are inherently more vulnerable to earthquake effects than others, e.g. well-designed reinforced concrete (RC) and steel buildings. It should be noted that seismic retrofitting of school buildings has been performed in several countries.It is proposed to effective strengthening of structures on the basis performance-design and pushover analyses, whis are an first time innovation for Kyrgyz Republic.
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