"Daiki Sato,Kazuya Nakamura","Maximum Deformation Prediction Method for Tall Buildings with Hysteretic Dampers based on Energy Balance Considering Plasticization of Main Frame","IABSE Congress 2020","Proceedings of IABSE Congress","International Association for Bridge and Structural Engineering, IABSE",,,,2021,Feb.
"Chen Zhengle,Daiki Sato,Kazuya Nakamura","Applicability of prediction method of cumulative plastic strain energy sharing ratio of main frame and historical damper by energy balance-based method to stereo model","日本建築学会大会","Summaries of technical papers of annual meeting","Architectural Institute of Japan",,,"pp. 803-804",2019,Sept.
"Kazuya Nakamura,Daiki Sato","Applicability of prediction method of cumulative plastic strain energy sharing ratio of main frame and historical damper by energy balance-based method to stereo model","日本建築学会大会","Summaries of technical papers of annual meeting","Architectural Institute of Japan",,,"pp. 805-806",2019,Sept.
"Kazuya Nakamura,Daiki Sato","Proposal of a prediction formula for the share of cumulative plastic strain energy of frame and hysteresis dampers by energy based method.","2018年度第89回日本建築学会関東支部研究発表会","日本建築学会関東支部研究報告集","Architectural Institute of Japan","  ?",,"pp. 349-352",2019,Mar.
"Kazuya Nakamura,Daiki Sato","PREDICTION OF MAXIMUM DEFORMATION OF PASSIVE CONTROLLED BUILDING WITH HYSTERETIC DAMPERS BY ENERGY-BASED METHOD CONSIDERING DEGREE OF PLASTICITY","第65回構造工学シンポジウム","Journal of Structural Engineering","Architectural Institute of Japan","Vol. 65B",,"pp. 97-104",2019,Mar.
"Kazuya Nakamura,Daiki Sato,Takatoshi Iwamori,Haruyuki Kitamura,Michio Yamaguchi,Naoya  Wakita","Evaluation Method of Response Prediction Accuracy for Passive Controlled Building with Hysteretic Dampers Part 2: Examination of Response Prediction Accuracy of the First Layer using Various Seismic Motions","日本建築学会大会","Summaries of technical papers of annual meeting","Architectural Institute of Japan",,,"pp. 357-358",2018,Sept.
"Kazuya Nakamura,Daiki Sato,Yoriyuki MATSUDA,Haruyuki Kitamura,Michio Yamaguchi,Naoya  WAKITA,Shingo YAMAGUCHI,Yuta  WATANUKI","PREDICTION OF CUMULATIVE DAMAGE DISTRIBUTION BY ENERGY-BASED METHOD IN LOW- AND MIDDLE-RISE STEEL STRUCTURES WITH UNEVEN DISTRIBUTION OF STIFFNESS IN HEIGHT DIRECTION","第64回構造工学シンポジウム","Journal of Structural Engineering","Architectural Institute of Japan","Vol. 64B",,"pp. 243-252",2018,Mar.
"Kazuya Nakamura,Daiki Sato,Yoriyuki MATSUDA,Haruyuki Kitamura,Michio Yamaguchi,Naoya  WAKITA,山口慎吾,Yuta  WATANUKI","層モーメント法による耐力算定とエネルギー法による累積損傷分布の関係","2017年度第88回日本建築学会関東支部研究発表会","日本建築学会関東支部研究報告集","Architectural Institute of Japan","  ?",,"pp. 269-272",2018,Mar.
"Kazuya Nakamura,Daiki Sato,Yoriyuki MATSUDA,Haruyuki Kitamura,Michio Yamaguchi,Naoya  WAKITA,Shingo Yamaguchi,Yuta  WATANUKI","A application of energy method to a low and middle rise steel structure with uneven stiffness distribution in the height direction","日本建築学会大会","日本建築学会大会学術講演梗概集","Architectural Institute of Japan","vol. B-2",,"pp. 43-44",2017,Aug.
"Kazuya Nakamura,Daiki Sato,Yoriyuki MATSUDA,Haruyuki Kitamura,Michio Yamaguchi,Naoya  WAKITA,山口慎吾,Yuta  WATANUKI","高さ方向に剛性が不均一な鋼構造建物の耐力算定とエネルギー法の適用","2016年度第87回日本建築学会関東支部研究発表会","日本建築学会関東支部研究報告集","Architectural Institute of Japan","  ?",,"pp. 269-272",2017,Mar.