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Information × Registration Number 0223U003954, 0118U006894 , R & D reports Title Increase in energy efficiency of mekhatronny systems of machine-tool machining in the conditions of heavy mechanical engineering. popup.stage_title Head Vasylchenko Yana V., Доктор технічних наук Registration Date 27-07-2023 Organization Donbass State Engineering Academy popup.description2  Object of research: energy-efficient machining processes on heavy and unique machine tools developed on the basis of multi-criteria optimization of technological system parameters. Purpose: to study the impact of machining modes and properties of technological system elements on energy consumption and their optimal choice in terms of minimizing these costs. Subject of research: technological system of processing on heavy machine tools. Research methods: a systematic approach to the study of the process of machining parts on heavy machines, their conditions and features, regularities of processes, provisions of the theory of cutting materials, the theory of designing cutting tools, qualimetry, reliability theories, operations research, decision making, probability theory and mathematical statistics, the theory of regression and correlation analysis, mathematical statistics. Theoretical and practical results: Advanced mechatronic machine-tool systems for machining critical parts based on heavy-duty CNC machines have been developed and investigated. Novelty: theoretical foundations for the creation of mechatronic machine-tool systems to improve the efficiency of machining parts of heavy engineering have been developed. The regularities of work processes for machining heavy engineering parts on mechatronic machine-tool systems have been established. Implementation efficiency: experimental studies and field tests of mechatronic systems and advanced heavily loaded cutting tools for heavy-duty CNC machines were carried out; a methodology for determining the optimal value of the magnetic field strength and pulse frequency depending on the geometric parameters of the tool was created; cutting modes for cutting tools strengthened by a volumetric pulsed magnetic field were optimized according to the criteria of machining performance and operation cost. Field of application: heavy engineering. Product Description popup.authors Antonenko Yana S. Beschetnikova Olga S. Vasylchenko Yana V. Huzenko Vitaliy S Kalynychenko Volodymyr V. Klymenko Halyna P. Klochko Oleksandr O. Kmet Igor А. Kovalenko Anton V. Kovalev Viсtor D. Korchma Dmytro V. Mirantsov Serhey L. Melnyk Maksym S. Myronenko Yevhen V. Nesterenko Vladyslav M Petrenko Dmytro I Saenko Maryna О. Sorokina Tetyana О. Stankova Maryna V. Hovanets Olena V. Khoroshaylo Vadym V. Shapovalov Maksym V. Scherbakova Anastasiya Yu. popup.nrat_date 2023-07-27 Close