摘要
设计了金属橡胶复合叠层耗能器,并进行了试验研究。试验结果表明,复合叠层耗能器的振动特性与振幅和频率有关,是一个具有多种阻尼成分的复杂的非线性迟滞系统,其性能优于橡胶耗能器。试验研究为复合叠层耗能器的优化设计及实际工程应用提供了大量的试验依据。
In this paper,a new metal rubber composite laminated damper is developed and lots of dynamic and static experimental researches are done.The experimental results show that vibration performance of composite laminated damper has relations to vibration amplitude and exciting frequency,it is a very complex non-linear hysteretic system with multi-damping component and its performance is better than the rubber damper.The research offers lots of testing basis for optimization design and engineering application of damper.
出处
《机械工程师》
2012年第1期68-70,共3页
Mechanical Engineer
关键词
金属橡胶复合叠层耗能器
振动特性
迟滞系统
metal rubber composite laminated damper
vibration performance
hysteretic system
