青岛理工大学学报
青島理工大學學報
청도리공대학학보
JOURNAL OF QINGDAO TECHNOLOGICAL UNIVERSITY
2011年
4期
55-59
,共5页
屈曲约束支撑%滞回性能%耗能能力%钢框架
屈麯約束支撐%滯迴性能%耗能能力%鋼框架
굴곡약속지탱%체회성능%모능능력%강광가
buckling-restrained brace(BRB)%hysteretic behavior%energy dissipation%steel frame
基于ANSYS有限元软件,对屈曲约束支撑的滞回性能进行了分析,并与普通支撑的滞回性能进行对比.采用两种地震波研究钢框架的地震响应,结果表明:相对于普通支撑而言,屈曲约束支撑能进一步提高钢框架的后期刚度和耗能能力.
基于ANSYS有限元軟件,對屈麯約束支撐的滯迴性能進行瞭分析,併與普通支撐的滯迴性能進行對比.採用兩種地震波研究鋼框架的地震響應,結果錶明:相對于普通支撐而言,屈麯約束支撐能進一步提高鋼框架的後期剛度和耗能能力.
기우ANSYS유한원연건,대굴곡약속지탱적체회성능진행료분석,병여보통지탱적체회성능진행대비.채용량충지진파연구강광가적지진향응,결과표명:상대우보통지탱이언,굴곡약속지탱능진일보제고강광가적후기강도화모능능력.
Based on the ANSYS finite element software,the analysis of the hysteretic behavior of BRBs was done and compared with the hysteretic behavior of ordinary braces in this paper.The study focused on the seismic responses of the steel frame with two different seismic waves,and the results showed that when the BRBs were applied into the steel frame,the intensified stiffness and energy dissipation ability of the steel frame would be greatly improved.