Zablodskyy M. Scientific and technical bases of creation of multifunctional electro-mechanical converters of the technological setting.

Object of investigation: dynamic modes, electromagnetic and thermal fields of poly-functional electromechanical transformers of the technological use. Aim: development of theoretical bases, principles and methodology of creating the poly-functional electromechanical transformers. Methods: theories of thermodynamics of non-equilibrium processes, structurally system approach, genetic design and analysis, methods of mathematical design, methods of theory of the nonlinear electrical engineering. Principal results: theoretical bases and principles of creating the perspective class of electromechanical transformers with massive rotor are developed; the generalized circuit-field mathematical model of inter-tied electromagnetic, thermal and mechanical processes in the transformer is developed; the mathematical model of poly-functional electromechanical transformer as systems with the unstable thermodynamics processes of energy transformation is developed; at first all spectrum of magnetic-field oscillationsin the air interval of the motive and brake modules is considered as a source of forming useful thermal and mechanical power; the methodology of creating the poly-functional electromechanical transformers of the technological use was developed and realized. The received results are introduced at Public Corp. " K.Marks Pervomaysk electromechanical plant" during the development and manufacturing of PEMP of screw and immerse types (patent №50242, №39226). Application area - electromechanical engineering and enterprises of mining-metallurgical and agricultural complexes of Ukraine.