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STUDY WAY FIRMWARE COMPOSITE BLANKS
Kohan Lev Solomonovich1, Belelyubsky Boris Feliksovich2, Shul'gin Aleksandr Vasil'evich3
1Moscow State Technical University MAMI, Doctor of Engineering, professor, Department of Machines and technology of pressure metal treatment. I.A. Naritsyn
2Moscow State Technical University MAMI, candidate of Engineering Science, associate Professor, Department of Machines and technology of pressure metal treatment. I.A. Naritsyn
3Moscow State Technical University MAMI, candidate of Engineering Science, associate Professor, Department of Machines and technology of pressure metal treatment. I.A. Naritsyn
1Moscow State Technical University MAMI, Doctor of Engineering, professor, Department of Machines and technology of pressure metal treatment. I.A. Naritsyn
2Moscow State Technical University MAMI, candidate of Engineering Science, associate Professor, Department of Machines and technology of pressure metal treatment. I.A. Naritsyn
3Moscow State Technical University MAMI, candidate of Engineering Science, associate Professor, Department of Machines and technology of pressure metal treatment. I.A. Naritsyn
Abstract
Researches duplex piercing solid billet of a composite material based on metal powders "iron-copper". Determined by the force of the process parameters and evaluates the possibility of using the deformation plasticity resource stock.
Keywords: composites, metal powders, relative density, resistance to plastic deformation, sediment
Category: 05.00.00 Technical sciences
Article reference:
Study way firmware composite blanks // Modern scientific researches and innovations. 2015. № 12 [Electronic journal]. URL: https://web.snauka.ru/en/issues/2015/12/61595
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