Simulation of influences on the dynamics of transitional and recurrent processes of complex technical systems

Abstract

The article presents the results of the analysis, simulation and evaluation of the vibration of complex coupled power equipment. Earlier, the sources, causes and nature of forced oscillations of a complex technical system with multidimensional chaotic behavior were considered. Ignoring the development of such processes can lead to overloading of power equipment and its parts and is fraught with unpredictable consequences. Using the examples of the influence and control of the dynamics of oscillating processes, various scenarios of the development of the vibration process are simulated. In addition to traditional methods for assessing the development of controlled processes, additional methods and algorithms for visual and reflexive analysis have been proposed to help the decision maker in assessing the situation.