Registration Number
0224U032208,
(0123U103870)
, R & D reports
Title
Research of technologies and technological equipment in order to obtain high quality blanks for mechanical engineering.
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Літературний огляд та аналіз питання розвитку сучасних технологій підвищення якості продукції металургійного виробництва. Аналіз стану розвитку сучасних технологій і обладнання розділення прокату на мірні заготовки (перспективи розвитку). Теоретичні дослідження технологій і обладнання для розділення прокату на мірні заготовки.
Head
Karnaukh Serhii H., Кандидат технічних наук
Registration Date
14-08-2024
Organization
Donbass State Engineering Academy
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Improving the quality of blanks by improving the technologies and equipment of blank production.
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The method of robotics is to increase the quality of workpieces due to the instantaneous efficiency of the work of forging-press installation based on the development of methods for the development of new technologies, the design of installation equipment for the separation of long and rolled products. Robotics has theoretical and experimental research methods. Theoretical research is based on the laws of fluid mechanics and solid state physics. Investigation of the force and deformation modes of the processes of separation of bars and pipe products carried out using a different method of fields of line forging and shearing of elements. An analysis was carried out, current trends were identified and ways of developing waste-free methods for separating long and pipe products, equipment and equipment for their implementation. Regardless of the great work that has been done directly, it is necessary to carry out additional theoretical and experimental research to search for new schemes and improve the feasibility of traditional and hopeless methods for separating long and rolled products. acquisition, assessment of technological capabilities, modeling of technological regimes, development of development and design methods technological processes with the specific features of the current power and kinematic flow.
Product Description
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Kindenko Mykola I.
Kabatskyi Oleksii V.
Karnaukh Serhii H.
Chosta Nataliia V.
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2024-08-14
