南昌工程学院学报2024，Vol.43Issue(3)：1-7,7.
基于电磁和磁流变弹性体的复合隔振器设计及仿真分析
Design and simulation analysis of hybrid isolator based on electromagnetism and magnetorheological elastomer
摘要
Abstract
A hybrid isolator based on electromagnetism and magnetorheological elastomer(MRE)is proposed and designed to address the problems of insufficient control of the active force of electromagnetic isolator and narrow frequency shift range of MRE isolator.Firstly,the overall structural design and magnetic circuit design of the hybrid isolator are analyzed,and the analytical electromagnetic force expression of the electromagnetic isolation system is analyzed using the equivalent magnetic circuit method,as well as the magnetic field analysis of the MRE isolation system.Secondly,COMSOL software was used to analyze the magnetic field simulation of electromagnetic isolation system and MRE isolation system,and Dymola dynamics simulation software was used to carry out dynamics simulation of the hybrid isolator to analyze its isolation performance.The simulation results show that increasing the excitation coil current of the hybrid isolator can make the maximum growth rate of the intrinsic frequency of the isolator,and the hybrid isolator has a significant reduction of the amplitude of the co-oscilla-tion at different excitation frequencies.关键词
复合隔振器/电磁刚度/磁流变弹性体/磁路设计/移频Key words
hybird isolator/electromanetic stiffness/magnetorheological elastomer/magnetic circuit design/frequency shift分类
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胡国良,张杰,张佳伟,喻理梵..基于电磁和磁流变弹性体的复合隔振器设计及仿真分析[J].南昌工程学院学报,2024,43(3):1-7,7.基金项目
国家自然科学基金项目(52165004) （52165004）
江西省国际科技合作重点项目(20232BBH80010) （20232BBH80010）
