Abstract
The piezoelectric material used in cylindrical transducers requiring high-precision displacements indicates that accuracy depends on design and technological factors. The analyzed criteria have enabled selection of piezoelectric material for optimal mechatronic systems having maximum displacement. Experimental investigation of precision dynamic systems by means of 3D holographic visualization enabled to collect appreciably more information about the vibrating surface in comparison with traditional methods. The developed methodology of analysis of experimental data derived from 3D holographic visualization using holographic measurement stand allowed to obtain results that are indispensable for optimization of design of mechatronic systems or its constituent elements.
About this article
Received
10 June 2012
Accepted
04 September 2012
Published
30 September 2012
Keywords
piezomaterial
mechatronics systems
3D holographic visualization
cylindrical transducers vibrations
Copyright © 2012 Vibroengineering
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