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Title
Japanese:主架構の塑性化の程度を考慮したエネルギーの釣合に基づく履歴ダンパーを有する制振構造の最大変形分布予測 
English:PREDICTION OF MAXIMUM DEFORMATION OF PASSIVE CONTROLLED BUILDING WITH HYSTERETIC DAMPERS BY ENERGY-BASED METHOD CONSIDERING DEGREE OF PLASTICITY 
Author
Japanese: 中村一哉, 佐藤大樹.  
English: Kazuya Nakamura, Daiki Sato.  
Language Japanese 
Journal/Book name
Japanese:構造工学論文集 
English:Journal of Structural Engineering 
Volume, Number, Page Vol. 65B        pp. 97-104
Published date Mar. 2019 
Publisher
Japanese:日本建築学会 
English:Architectural Institute of Japan 
Conference name
Japanese:第65回構造工学シンポジウム 
English: 
Conference site
Japanese:神奈川県横浜市金沢区 
English: 
Abstract In recent years, examples of adopting passive controlled building are increasing. In particular, when long-period seismic ground motion is applied to passive controlled building having a hysteresis damper, in addition to the maximum response value, evaluation by cumulative value is also required. As a very effective method for evaluating the cumulative value, there is a energy based method which evaluates with the total amount of energy input by seismic motion. However, when this method is applied to the passive controlled building, only studies taking into consideration the plasticization of the main frame are performed only in the first layer. In this paper, focusing on the maximum deformation, we propose a prediction method of the maximum deformation in all layers considering plasticization of the main frame.

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