Fea Simulation for Vibration Control of Shaft System by Magnetic Piezoelectric Control Mount
Journal: International Journal of Science and Research (IJSR) (Vol.7, No. 3)Publication Date: 2018-03-05
Authors : Asha Kumawat; Sanjay Kumawat;
Page : 1058-1063
Keywords : finite element analysis; control device; shaft system; vibration reduction and so on;
Abstract
Advanced materials such as carbon fibber, ceramics, composites, and so are increasingly used in modern industry. They make the structure lighter and more rigid. In this work a magnetically mounted adaptive vibration control method is employed. Piezoelectric element. The piezoelectric element is incorporated into a permanent magnet, referred to herein as a control mount. They are attached to the surface of the steel shaft by their magnetic attraction. It is a damping method for control. Vibration generated in the system. Instead of the epoxy being attached to the piezoelectric control base, a magnet is effectively used. For vibration control base. It is effective in 90-99 % frequency damping. It reduces amplitude and distortion by 60 % effective.
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