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PASSIVE DAMPING AUGMENTATION USING MACRO-FIBER COMPOSITE ACTUATORS

机译:使用宏纤维复合执行器进行无源阻尼增强

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摘要

This paper aims at presenting the structural vibration-suppression capability of the recently developed Macro-Fiber Composite (MFC) actuator as a passive piezoelectric absorber using an inductive resonant shunt circuit. The resistance and inductance of the series RL shunt circuit are designed by the analogy with the single-degree-of-freedom mechanical damped vibration absorber and by using the maximum power transfer theorem of the electric network. Experimental test of a simple can-tilevered beam demonstrates that the MFC actuator has excellent capability of improving the dynamic response of the beam as a piezoelectric damping system. The damping enhancement performance of the MFC actuator is superior to that of the conventional monolithic PZT actuator.
机译:本文旨在介绍使用感应谐振分流电路的,作为无源压电吸收器的最新开发的宏观纤维复合材料(MFC)执行器的结构振动抑制能力。 RL并联电路的电阻和电感的设计类似于单自由度机械阻尼减振器,并利用电网的最大功率传递定理。对一个简单的悬臂梁进行的实验测试表明,MFC执行器具有改善作为压电阻尼系统的梁的动态响应的出色能力。 MFC执行器的阻尼增强性能优于传统的整体式PZT执行器。

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