Abstract
Construction of a novel vibratory valve-injector and its design optimization is presented in the paper. The principle of the system operation is based on the effect of dynamic positioning of a steel ball in a vibrating tube. Theoretical analysis of the stability of this non-linear system is coupled together with the experimental study of an operating valve. Laser holographic interferometry is used for the identification and optimization of working regimes of the system
About this article
Received
January 19, 2008
Accepted
March 17, 2008
Published
March 31, 2008
Keywords
Vibratory valve
injector
mathematical modeling
holographic interferometry
fluid dynamics
Copyright © 2008 Vibroengineering
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