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基于振动台的动力子结构试验界面反力获取方法
引用本文:李振宝,李晓亮,唐贞云,蒋华戈. 基于振动台的动力子结构试验界面反力获取方法[J]. 地震工程与工程振动, 2011, 31(3): 65-70
作者姓名:李振宝  李晓亮  唐贞云  蒋华戈
作者单位:北京工业大学工程抗震与结构诊治北京市重点实验室,北京,100124
基金项目:国家自然科学基金资助项目(90715010); 北京工业大学研究生科技基金资助课题(ykj-2010-4715)
摘    要:
基于振动台的实时子结构动力试验是一种新型的结构动力试验方法.该试验方法引入了“子结构”这一概念,不仅减小了常规振动台试验对于试验规模的限制,而且克服了拟动力子结构试验中无法考虑加载速率影响的问题.由于该试验方法将整体结构拆分为数值子结构和物理子结构两部分,二者之间通过交界面相互作用力实现实时数据交互,以保证子结构体系与...

关 键 词:实时子结构动力试验  振动台  界面相互作用力

Research on the methods of evaluating reaction force for dynamic sub-structure experiments using shaking table
LI Zhenbao,LI Xiaoliang,TANG Zhenyun,JIANG Huage. Research on the methods of evaluating reaction force for dynamic sub-structure experiments using shaking table[J]. Earthquake Engineering and Engineering Vibration, 2011, 31(3): 65-70
Authors:LI Zhenbao  LI Xiaoliang  TANG Zhenyun  JIANG Huage
Affiliation:LI Zhenbao,LI Xiaoliang,TANG Zhenyun,JIANG Huage(Beijing Laboratory of Engineering and Structural Retrofit,Beijing University of Technology,Beijing 100124,China)
Abstract:
Real-time dynamic substructure testing by using shaking table is a novel structure testing method in recent years.Because of the application of sub-structure technique,the real-time dynamic substructure testing overcomes the test model scale limitation,which is inevitable in traditional shaking-table test.Meanwhile,the loading rate dependent behavior of testing materials could be considered,since the tests are operated in real-time.In the proposed technique,the upper part of the object structure is the expe...
Keywords:real-time dynamic substructure testing  shaking table  interface force  
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