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タイトル
和文: 
英文:Maximum Deformation Prediction Method for Tall Buildings with Hysteretic Dampers based on Energy Balance Considering Plasticization of Main Frame 
著者
和文: 佐藤 大樹, 中村 一哉.  
英文: Daiki Sato, Kazuya Nakamura.  
言語 English 
掲載誌/書名
和文: 
英文:Proceedings of IABSE Congress 
巻, 号, ページ        
出版年月 2021年2月 
出版者
和文: 
英文:International Association for Bridge and Structural Engineering, IABSE 
会議名称
和文: 
英文:IABSE Congress 2020 
開催地
和文: 
英文:Christchurch 
ファイル
アブストラクト In recent years, there has been an increase in the adoption of passive-controlled buildings. Specifically, evaluation by cumulative value is also required in addition to the maximum response value when long-period seismic ground motion is applied to passive-controlled buildings with hysteresis damper. An energy-based method that evaluates the total amount of energy input by seismic motion is an extremely effective method to evaluate the cumulative value. However, when the method is applied to a passive-controlled building, studies that consider the plasticization of the main frame are performed only in the first story. In this study, we focused on maximum deformation, and we propose a prediction method for maximum deformation in all stories by considering plasticization of the main frame.

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