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Seismic Design and Analysis of Tall Shear Wall-Frame Structure Using Viscous Damping Wall

机译:使用粘性阻尼壁的高剪力壁框架结构的地震设计与分析

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The design and analysis procedures of a viscous damping wall for a tall shear wall-frame structure in a high seismic region are briefly introduced. Design method and theoretical basis of viscous damping wall are described, and then the layout scheme is put forward. Under frequent and rare earthquake action, the analysis results of damping structure show that the responses can be reduced perfectly. The maximum story drift angle of viscous damping structure can satisfy the limitations of the seismic code and the additional damping ratio is increased to 3%, all of them can satisfy the target of damping performance.
机译:简要介绍了高地震区域中高剪力壁框架结构的粘性阻尼壁的设计和分析程序。描述了粘性阻尼壁的设计方法和理论基础,然后提出了布局方案。在频繁和罕见的地震作用下,阻尼结构的分析结果表明,响应可以完全降低。粘性阻尼结构的最大故事漂移角可以满足地震代码的局限性,并且额外的阻尼比率增加到3%,所有这些都可以满足阻尼性能的目标。

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