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Information × Registration Number 0225U000180, (0119U102428) , R & D reports Title Development of methods of improvement of quality, reliability and durability of equipment for the processing and food industry popup.stage_title Розробка методів підвищення якості, надійності і довговічності обладнання для переробної і харчової промисловості Head Gavva Oleksandr M., Доктор технічних наук Registration Date 07-01-2025 Organization National university of food technologies popup.description1 Development of theoretical and experimental methods for ensuring the improvement of quality, reliability and durability of equipment for the processing and food industry popup.description2  RELIABILITY, DURABILITY, SHAFT LINES, SCREW PRESS, OIL EXTRUSION, OIL PRESSES, GEAR KNIVES, COPPER ALLOY, SELECTIVE TRANSFER, OXIDIZING WEAR. Object of research – efficiency and reliability of equipment, means of mechanization and integrated automation for the food and processing industries of the agro-industrial complex. Subject of research - the constructive implementation, operation of equipment parts of food industries. Target of research - development of innovative processes and the creation of new and modernization of existing technological equipment for food production. The report presents the results of experimental, analytical and numerical studies of energy and food equipment in order to increase its efficiency, reliability and durability. In particular, the simulation of the shaft line of the turbine with a capacity of 200 MW was carried out to study its vibrations that occur when connecting the turbine generator to the network, and the residual durability of the shaft line was calculated taking into account these vibrations. The developed method of wear resistance research made it possible to study the influence of the working environment and working conditions of friction units (sliding speed, specific load) on the nature and intensity of steel wear and friction coefficient. One of the problems of modern mechanical engineering is considered to increase the reliability and durability of parts and components of mechanisms, along with a constant decrease in the metal capacity of structures. The urgency of the problem is constantly increasing due to increased requirements for the manufacturing of products, the necessity to save scarce precious non-ferrous metals and alloys and, as a result, replace them with an economically more profitable option. Product Description popup.authors Bovsunovskyi Anatolii P. Boiko Yurii I. Lytvynenko Oleksandr A. popup.nrat_date 2025-01-07 Close