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Information × Registration Number 0225U000800, (0124U000200) , R & D reports Title Investigation of the precision dimensional machining technology with combined electrodes manufactured by additive manufacturing methods popup.stage_title Розробка технології проектування комбінованих електродів та методів керування процесом електрохімічного оброблення Head Tsehelnyk Yevhen V., Кандидат технічних наук Registration Date 19-01-2025 Organization O.M. Beketov national university of urban economy in Kharkiv popup.description1 The project aims to significantly increase the efficiency of finishing dimensional machining by using combined electrodes manufactured by additive manufacturing methods and by ensuring the quality and reliability of products in the restoration (repair) and manufacturing of parts of aviation and missile equipment and weapons. popup.description2 The purpose of the research work is to significantly enhance the efficiency of finishing dimensional processing through the use of combined electrodes manufactured by additive manufacturing methods, while ensuring the quality and reliability of products in the restoration (repair) and manufacturing processes of aviation and missile equipment, as well as weapons. As part of the reporting stage of the research, a methodology for the topological design of combined electrodes produced by the method of supportless 3D printing has been proposed. Electrodes created by this method feature improved hydrodynamics, which increases processing accuracy and reduces material consumption. Additionally, a method for highly dynamic control of electrode movement in numerical control (CNC) systems has been developed, taking into account the differential characteristics of movement, including jerk. This approach ensures high precision and stability in the processing of parts with complex geometric and surface quality requirements. The resulting numerical models and methods have significant potential for integration into Industry 4.0, enabling the automation and enhancement of processing tasks at a new technological level. The developed solutions can be applied to improve production technologies for complex parts, increase their quality, and reduce costs, all of which are crucial for enhancing product competitiveness in the market. Product Description popup.authors Avramov Kostiantyn V. Kombarov Volodymyr V. Kondratiev Andrii V. Piddubna Lidiia V. Pylypenko Oleksii I Plankovskyi Serhii I. Sorokin Volodymyr F. Tsehelnyk Yevhen V. popup.nrat_date 2025-01-19 Close