Proposal for vertical distribution of seismic design load and equivalent isolation ratio for seismically isolated buildings with multiple types of dampers: Vertical distribution of seismic design load for seismically isolated buildings corresponding to diversity of seismic isolation devices, part 2

IF 0.8 0 ARCHITECTURE
Masahito Kobayashi, Yusuke Komachi
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引用次数: 0

Abstract

As previously reported, we have proposed a vertical distribution of seismic design load for seismically isolated buildings (SIBs) corresponding to diversity of seismic isolation devices such as hysteretic dampers and velocity-dependent dampers. This proposed seismic design load is obtained from the relationship between response amplification caused by higher mode responses and the isolation ratio which represents structural characteristics of SIBs. In this paper, we build a concept of the equivalent isolation ratio which has applicability to various dampers in order to simplify an evaluation formula of vertical distribution of seismic design load. Moreover, an effect of the combined application of various dampers on vertical distribution of shear force coefficient of SIBs is analyzed on the basis of the equivalent isolation ratio.

Abstract Image

关于采用多种类型减震器的隔震建筑物地震设计荷载垂直分布和等效隔震率的建议:与隔震装置多样性相对应的隔震建筑物地震设计荷载垂直分布,第 2 部分
正如之前所报道的,我们提出了地震隔离建筑(SIBs)的地震设计荷载垂直分布,它与地震隔离装置(如滞回阻尼器和速度相关阻尼器)的多样性相对应。所提出的地震设计荷载是从高模态响应引起的响应放大与代表 SIB 结构特征的隔震比之间的关系中获得的。本文建立了适用于各种阻尼器的等效隔震比概念,以简化地震设计荷载垂直分布的评估公式。此外,在等效隔震比的基础上,还分析了各种阻尼器的组合应用对 SIB 剪力系数垂直分布的影响。
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来源期刊
CiteScore
1.20
自引率
11.10%
发文量
58
审稿时长
15 weeks
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