AN ANALYSIS AND CONTROL OF DYNAMIC PROCESSES IN MECHANICAL PARTS OF POWER EQUIPMENT

The article presents an approach to the analysis and control of coupled vibration processes of the part of power equipment in the context of the scientific field, the physics of open systems. Dynamic processes in the coupled nodes of complex mechanical equipment from the position of the interaction of multidimensional chaotic systems are investigated. A mathematical model is proposed for studying the processes of interaction, the effect of the field of the hindrances and the course of transient processes. The proposed algorithm for controlling the behaviour of the system allows you to model the interaction processes, evaluate information parameters and control the dynamics of the system to obtain satisfactory characteristics.