Experimental Research on Dynamic Characters of SRC Frame-RC Shear Wall Hybrid Structure Main Building in Large Thermal Power Plants

Ling-guo Kang, G. Bai, Xiao-wen Li, Hong-xing Li, Chun-lian Zhao
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引用次数: 1

Abstract

A 1/7 scale space model experiment of three spans and three frames which are from SRC frame-RC shear wall hybrid structure main building in large thermal power plants has been carried out. The natural vibration frequencies and mode shapes of experimental model obtained through hammering method, and dynamic characters of prototype structure are acquired according to similarity relationships. The finite element model of hybrid prototype structure main building built with SAP2000 software was used to analyze structural modal. The natural vibration frequencies and mode shapes obtained and compared with experimental results. The results express that the first mode shape of hybrid structure presents as horizontal translation, there is a little difference between longitudinal stiffness and horizontal stiffness. The research will be base for study on seismic performance of hybrid structure main building in large thermal power plants.
大型火电厂SRC框架- rc剪力墙混合结构主楼动力特性试验研究
对某大型火电厂混凝土框架-混凝土剪力墙混合结构主体建筑的三跨三框架进行了1/7比例尺空间模型试验。通过锤击法获得实验模型的固有振动频率和振型,并根据相似关系获得原型结构的动力特性。采用SAP2000软件建立混合原型结构主体的有限元模型,进行结构模态分析。得到了固有振动频率和振型,并与实验结果进行了比较。结果表明:混合动力结构的第一模态振型表现为水平平移,纵向刚度与水平刚度相差不大;该研究为大型火电厂混合结构主体建筑抗震性能研究奠定了基础。
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