Holographic interferometry for investigation, optimisation and design construction of wave mechanical system

Abstract

The main purpose of the paper is to present the methods of holographic interferometry for investigation, optimisation and design construction of wave mechanical systems like vibromotors, vibrotransport mechanism, vibropressing system and others, and perform investigations of that systems. Laser holographic interference methodology is a powerful and effective tool for design analysis and optimisation of operation of such different kind of systems. The application of laser interferometry holograms enables the optimization of the construction of wave mechanical systems. It is relatively simple and very effective mean investigation of such systems. In this case the set of wave mechanical systems analyzed characteristics is much broader than only direct characteristics of motion produced by ordinary tests. Moreover, such kind of analysis does give guidelines not only for optimization of vibrosystems, but together with analytical and numerical analysis may lead to the design of new and more sophisticated mechanisms.