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Research on the low-frequency vibration characteristics of the adaptive isolator based on MR damper

机译:基于MR阻尼器的自适应隔振器低频振动特性研究

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Based on the idea that combining traditional vibration-reduction components parallel with intelligent components, a new approach to the design of isolator which acts as vibration isolator and impact buffer is presented in this paper. With the application of magnetorheological damper (MR damper) and wire rope spring, an adaptive isolator is designed, whose dynamic characteristics is adaptive and controllable. By using this adaptive isolator into a structural system, the system vibration response or impact effects can be reduced. Furthermore, the experimental research on the isolator's vibration characteristics is carried out. It shows that the performance of vibration reduction is favorable, especially in the low-frequency stage. The effect of vibration reduction is better than traditional components evidently.
机译:基于将传统减振部件与智能部件并联的思想,提出了一种新型的隔振器设计方法,即隔振器和冲击缓冲器。结合磁流变阻尼器(MR阻尼器)和钢丝绳弹簧,设计了一种自适应隔振器,其动态特性是自适应的和可控的。通过将此自适应隔离器用于结构系统中,可以减少系统的振动响应或冲击效果。此外,对隔振器的振动特性进行了实验研究。结果表明,减振性能良好,尤其是在低频阶段。减振效果明显优于传统部件。

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