Oleksenko S. Evaluation of Performance Linear Electromechanical Transducers Impact of High Magnetic Compatibility

Object of study - electromagnetic, mechanical, thermal processes in linear electromechanical transducers Impact. The aim is to develop a set of scientific and technical solutions to evaluate and improve the efficiency of linear electromechanical transducers Impact of high magnetic compatibility. Methods: mathematical modeling, simulation, theoretical electrical engineering, optimization, multivariate experiments. Theoretical and practical results are: development of scientific and methodological support research line of electromechanical transducers Impact; development of structural schemes and designs advanced elements of the electromagnetic induction-type; determining the nature of the changes of induction-dynamic catapult ballistic laser gravimeter; the proposed high-speed actuator relay, stand for the study unit shock mechanical cleaning of the overhead electricity buildup of snow and ice, and shock and mechanical cleaning of process equipment of bulk materials; specimen preparation device destruction of information on digital media with high magnetic compatibility, in which the inductor winding is made of ferromagnetic screen. Novelty: improved simulation workflow axially symmetric and not axially symmetric linear electromechanical transducer percussion; first proposed and justified the choice to use the external screen combined type linear electromechanical transducers Impact induction type; further developed methods of synthesis parameters of linear electromechanical transducers impact, which is based on the comprehensive criteria of efficiency and takes into account key indicators and uses different options strategy choice; The selection of linear electromechanical transducer type of impact with limited weight and size parameters for creating the largest or power or speed performance; The technique of experimental research of linear electromechanical transducers Impact due to simultaneous registration of electrical and mechanical performance. The degree of implementation of the results: The results of the thesis are introduced in the educational process NTU "KPI" (c. Kharkov), the "Firm TETRA, Ltd" (c. Kharkov) in the NRC "Institute of Metrology" (c. Kharkov) in AK " Kharkivoblenergo "(c. Kharkov). Scope: research institutions and industrial electrical profile.