Titlebook: Energy-Based Seismic Engineering; Proceedings of IWEBS Amadeo Benavent-Climent,Fabrizio Mollaioli Conference proceedings 2021 The Editor(s)

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An Energy-Based Prediction of Deformation Demand on Low- to Mid-Rise R/C Buildings with Hysteretic cussion over the results of a three-dimension sample R/C frame building is presented. The predicted deformation demand obtained from the proposed methodology was compared with that obtained from the analysis. The methodology was shown to be useful for the preliminary assessment of the earthquake res

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Energy-Based Design Process for Passive Control Structures Considering Torsional Effect,ve control structures. The proposed method is the prediction of seismic response of structures, which is obtained throughout a large number of nonlinear analysis. The yield strength distribution of dampers through the height of structure was found be vital parameter for energy dissipation. Therefore

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N. J. Cotton,M. W. Raynor,K. D. Bartlenergy spectrum is taken from the previous study of the authors. Comprehensive NLTH analyses on selected frame systems are conducted on the pre-designed systems which consists of concentrated plastic hinges. Moment and rotation response time histories of the structural members are used in calculation