Ka2UJtttki ZAI7SU and Tomoe n4A YAH IRA ln reeent years, respense con 加 1 s血 輪 have b n 帝 dely apph 曲 the seismic perfo − b翩 esi騨 new b舳 gS and retrefit of e湖 加 ildngS tO achieve high seismic performance . And 血 e prediction methOd based on energy balance has beeri plesented fo 曲 , however i富 ted 魚 ) r the case the response ofmain struc 膿 remains in elastic range . in 血 s papeち the pledichon method based on e唱 y balance js ext ded fbr the case ofthe main stmcU 皿 es Espond beyond elastic ge. 岫 me 岨 血 e imum 爬 spo 鰮 e is ob 槍 圃 恥 m 由 e en y b舳 舳 e t e 血 e maXimum respcrnse eccurs and 血 e c ula 丘 ve y 即 nse is ob 面 ned lfOm that of Whele energy during eatthquake . Ihe validity ef the proI沿 sed me 血od is examined by nanlinear time − hist 町 analysis . KaywerdS tt Etvatgy − batance . response evaluatien 〃 ietkOd , respanse centivt strtecture, seismic design methad
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