山西建筑
山西建築
산서건축
Shanxi Architecture
2015年
32期
45-46,47
,共3页
复合金属阻尼器%消能减震%高层建筑%剪力墙结构
複閤金屬阻尼器%消能減震%高層建築%剪力牆結構
복합금속조니기%소능감진%고층건축%전력장결구
composite metal damper%energy dissipation and seismic mitigation%high-rise building%shearing wall structure
通过对某高层建筑的数值仿真分析，研究了复合金属阻尼器在高层建筑中的受力特点和应用效果，指出经过合理的设计和布置，高层建筑层间位移角明显减小，墙与连梁的破坏程度减小，达到了良好的耗能减震效果，复合金属阻尼器可有效提高高层建筑的抗震性能。
通過對某高層建築的數值倣真分析，研究瞭複閤金屬阻尼器在高層建築中的受力特點和應用效果，指齣經過閤理的設計和佈置，高層建築層間位移角明顯減小，牆與連樑的破壞程度減小，達到瞭良好的耗能減震效果，複閤金屬阻尼器可有效提高高層建築的抗震性能。
통과대모고층건축적수치방진분석，연구료복합금속조니기재고층건축중적수력특점화응용효과，지출경과합리적설계화포치，고층건축층간위이각명현감소，장여련량적파배정도감소，체도료량호적모능감진효과，복합금속조니기가유효제고고층건축적항진성능。
According to the numeric simulation analysis of some high-rise building,the paper researches the stressed features and application of the composite metal damper in high-rise buildings,points out the displacement angles among the buildings are evidently reduced and the damages between walls and beams are relieved,indicates it has better energy dissipation and seismic mitigation effect,and illustrates the damper can im-prove the anti-seismic performance of high-rise buildings.
