Контроль моменту інерції електротехнічних комплексів та систем на основі удосконаленої теорії електродинамічних аналогій

Abstract

Bases of two well-known theories, new and advanced, are given in the theses: electrodynamic theory of analogy and inertia control theory. Initial basis of electrodynamic theory of analogy is supplemented with generalized circuit-analogs of time-continuous dynamical systems with an arbitrary number of degrees of freedom which are identical to Lagrange equation and Lagrange-Maxwell equation. A completely new concept was introduced into the original basis of moment of inertia control theory – generalized converter of inertia (GCI). Due to a combination and development of these basic elements it was possible to partially solve the problem of non-destructive control of inertia in electrical complexes and systems with complex shapes and rota-tional motion, which due to the significance of the parameter are important both for the production process of technical systems and for their failure-free and energy efficient operation in industry, power sector and transportation.