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Information × Registration Number 0224U000636, 0122U000534 , R & D reports Title To develop methods and means of increasing the efficiency and reliability of induction installations for electrothermal processing of metal melts and complex-shaped parts (code "Elind-P") popup.stage_title Head Shydlovskyi Anatolii K., Доктор технічних наук Registration Date 10-01-2024 Organization Institute of Electrodynamics of the National Academy of Sciences of Ukraine popup.description2 The object of the research was electromagnetic processes in heterogeneous conductive and dielectric media of induction channel installations and in circuits of electrical and semiconductor converters of electrical energy parameters. The main results are in the development of three-dimensional mathematical models for the study of interrelated electromagnetic, hydrodynamic and thermal processes in induction channel installations and in circuits of modern electrical and semiconductor converters of electrical energy parameters. The novelty of research is confirmed by the improvement of methods for computer and experimental research of electrophysical and electromagnetic processes and an increase in the energy efficiency of the developed semiconductor converters and modern industrial electrical equipment. The theoretical significance of the obtained scientific results lies in the development of new methods, mathematical models and techniques for determining the optimal electromagnetic processes in heterogeneous conductive and dielectric media of induction channel installations and in circuits of electrical and semiconductor converters of electrical energy parameters. The practical value of research and development work is to improve induction channel installations for electromagnetic processing of metal melts (in particular, in particular, installations of the UPCAST type) by lowering the temperature on the surface of the bodies of such installations, reducing specific energy consumption, improving the quality of metals and improving the working conditions of specialists serving the installations. Important results have also been obtained in the direction of creating high-voltage semiconductor power supply systems for the implementation of highly stable modes of electron-beam processing of industrial titanium alloys. Product Description popup.authors Boyko Petro S. Vinnychenko Dmytro V. Herasymenko Pavel Y. Glukhen'ky Oleksandr I. Horyslavets Yurii M. Gurin Viktor K. Gutsalyuk Vyacheslav Y. Dziuba Olexander І. Zhadan Lyudmila V. Zharkin Andriy F. Zalozny Volodymyr I. Zubkov Ivan S. Kaplychnyy Ned M. Kozlov Olexander V. Kucheryava Irina M. Likhacheva Julia M Lisak Olexander V. Lomko Mykola O. Malahatka Denis O. Martinov Vyacheslav V. Ovcharova Olga H. Pavlenko Volodymyr Ye Pavlov Viktor B. Pavlovsky Volodymyr O. Pazeev Andrey H. Palachov Sergiy O. Podoltsev Olexander D. Podoltsev Olexandr D. Roziskulov Sergey S. Rudenko Yuriy V. Sinitsyn Victor K. Suprunovska Nataliia І. Taranyuk Anatoliy L. Tverdokhlib Yuriy О. Tugayenko Yuriy P. Charuta Vladyslav V. Shcherba Anatoliy A. Shcherba Maksym A. Yurchenko Oleg M. popup.nrat_date 2024-01-10 Close