Theoretical and engineering solutions of the controlled vibration mechanisms for precision engineering

The article substantiates the topicality and prospects of using the principles of precision vibration mechanics and in general, vibration engineering at the development of theoretical foundations and advanced constructions of mechanical systems and mechanisms with controlled parameters and correlations. The specific innovative effects and principles based on the principles of precision vibration mechanics are systematized and presented. The controlled rigid body motion along a plane affected by high-frequency elastic vibrations and the motion of a material particle in a sloping rough surface for cases of additional force actions and effects of a harmonic force of a constant direction are taken as a subject of the research at the development and analytical implementation of the mathematical model. The advanced modes of a positioning device are proposed for utilization in precision engineering and vibration sorting of a solid element applicable to mechanisms and machinery of the mining and processing industry.

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