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Information × Registration Number 0213U007052, 0112U000883 , R & D reports Title To explore the influence of parameters and methods of pulse electrohydraulic deformation on plastic properties of sheet high-strength steels and develop the efficient technological methods and schemes for their cold forming popup.stage_title Head Kosenkov Viktor Mykhaylovych, Registration Date 22-03-2013 Organization Institute of Pulse Research and Engineering popup.description2 The inquiry focuses on physical processes of energy transformation, plastic deformation and shape forming the sheet high-strength steels during pulse electrohydraulic loading. Purpose of the research is to analyze the processes of consecutive energy transformation during pulse electrohydraulic deformation and to find out the conditions of efficient use of plastic shape formation energy of sheet steels to be the base for development of progressive technological methods and schemes for their cold forming. The analysis of materials of scientific and engineering publications dedicated to the research of electrical energy transformation stored by the capacitor bank during the processes of electrohydraulic forming with plastic deformation of sheet material is conducted. Retrieved data allows for exploring the processes of energy consecutive transformation during pulse electrohydraulic deformation and to find out the conditions of its efficient use for plastic shape formation of high-strength sheet steels. Further, this will allow for developing progressive technological methods and schemes for cold forming of these materials which would provide for intensification of of plastic deformations in the mentioned materials and easier shape forming due to more efficient energy use stored in the capacitor bank of pulse electrohydraulic installations. Product Description popup.authors Бичков В. Коломийцева Л. Солов'ян Н. Старков Н.В. Стрелковська Л. popup.nrat_date 2020-04-02 Close
R & D report
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Head: Kosenkov Viktor Mykhaylovych. To explore the influence of parameters and methods of pulse electrohydraulic deformation on plastic properties of sheet high-strength steels and develop the efficient technological methods and schemes for their cold forming. (popup.stage: ). Institute of Pulse Research and Engineering. № 0213U007052
1 documents found

Updated: 2026-03-23