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Earthquake simulator tests and associated study of an 1/6-scale nine-story RC model
作者姓名:孙景江  王涛  齐虎
作者单位:Institute of Engineering Mechanics China Earthquake Administration Harbin 150080 China,Heilongjiang Institute of Science and Technology Harbin 150080 China,Institute of Engineering Mechanics China Earthquake Administration Harbin 150080 China
基金项目:Basic Research Fund of Institute of Engineering Mechanics, China Earthquake Administration for Special Project Under Grant No.2007A02,Joint Earthquake Science Foundation of China Under Grant No.95-07-443
摘    要:Earthquake simulator tests of a 1/6-scale nine-story reinforced concrete frame-wall model are described in the paper. The test results and associated numerical simulation are summarized and discussed. Based on the test data, a relationship between maximum inter-story drift and damage state is established. Equations of variation of structural characteristics (natural frequency and equivalent stiffness) with overall drifts are derived by data fitting, which can be used to estimate structural damage state if structural characteristics can be measured. A comparison of the analytical and experimental results show that both the commonly used equivalent beam and fiber element models can simulate the nonlinear seismic response of structures very well. Finally, conclusions associated with seismic design and damage evaluation of RC structures are presented.

关 键 词:地震  模拟实验  非线性分析  混凝土  建筑结构
文章编号:1671-3664(2007)03-0281-08
收稿时间:18 April 2007
修稿时间:2007-04-18

Earthquake simulator tests and associated study of an 1/6-scale nine-story RC model
Sun?Jingjiang,Wang?Tao,Qi?Hu.Earthquake simulator tests and associated study of an 1/6-scale nine-story RC model[J].Earthquake Engineering and Engineering Vibration,2007,6(3):281-288.
Authors:Sun Jingjiang  Wang Tao  Qi Hu
Institution:1. Institute of Engineering Mechanics, China Earthquake Administration, Harbin 150080, China
2. Heilongjiang Institute of Science and Technology, Harbin 150080, China
Abstract:Earthquake simulator tests of a 1/6-scale nine-story reinforced concrete frame-wall model are described in the paper. The test results and associated numerical simulation are summarized and discussed. Based on the test data, a relationship between maximum inter-story drift and damage state is established. Equations of variation of structural characteristics (natural frequency and equivalent stiffness) with overall drifts are derived by data fitting, which can be used to estimate structural damage state if structural characteristics can be measured. A comparison of the analytical and experimental results show that both the commonly used equivalent beam and fiber element models can simulate the nonlinear seismic response of structures very well. Finally, conclusions associated with seismic design and damage evaluation of RC structures are presented.
Keywords:earthquake simulator test  reinforced concrete structure  nonlinear analysis  drift ratio
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