Gaidaienko I. Innovative synthesis methods of hybrid electromechanical structures

The оbject of research: structures of hybrid electromechanical energy converters. The purpose of research: development of interdependent set of system methods of the analysis and synthesis of hybrid structures of EM-objects with the use of their genetic structurization programs for increase in project search procedures efficiency. Research methods: structural systems concept, theory of electrical machines, bases of the genetic evolution theory of electromechanical energy converters, system and genetic simulation of EM-structures, discrete mathematics methods, numerical calculations of electromagnetic fields, methods of physical and evolutionary experiments. Theoretical and practical results: by results of synthesis the systematized genetic databases, directories of specific variety of hybrid classes of EM-structures are created (manipulators of steel pipes, spindle- motors, motor wheels, autonomous systems of power supply, wind generators). Scientific novelty: the genetic analysis method of hybrid EM-structures, that promotes its use for difficult EM-objects; for the first time taking into account both historically known types, and implicit types which aren't involved in technical evolution of a class yet, the macrogenetic programs of genetically admissible classes of hybrid EM-structures and their quantitative composition which is a system basis for setting and solving the tasks of synthesis of hybrid EM-objects are defined; genetic models and methods of synthesis of hybrid EM-structures of intrageneric and intraspecific levels which consider the certain electromagnetic structural and emergent properties of the synthesized EM-objects are for the first time developed; for the first time it is offered the matrix approach of synthesis of hybrid EM-structures for any classes of EM-objects that gives the possibility to use the automation of labor-consuming procedures of structural synthesis, creation of information databases and development of the systematized directories of hybrid EM-objects for automated design engineering systems. Subject and degree of implementation: the results are implemented: in the form of the directory of technical solutions and calculations of hybrid structures the motor spindles on LLC 'TekhnoSVIT-Ukraine' (Kiev); in the form of the directory of hybrid EM-structures of electromechanical manipulators of steel pipes of big diameter on LLC 'ME Prommashservice' (Kiev); in educational and methodical work at department of electromecanics and department of designing of machines and machines MMI NTUU "I. Sikorsky KPI". Sphere of use: the received practical results of the research are recommended for use and implementation in the industries oriented first of all to creation of system methodology of genetic design of difficult EMS, development of information support of the search interface for new generation of automated design engineering systems, creation of innovative databases and knowledge bases, solving of search tasks of the difficult combined EM-objects synthesis at the cross-disciplinary level at the design and project organizations, the manufacturing plants and in educational process for students of the highest scientific institutions with an electromechanical profile.