Modeling the processes of resource -saving processing of ingot, powder, nanostructural material
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The results of the mathematical modeling of the mechanical properties and the structure of highly alloyed ingot, powder metallic systems and instrumental steels in isothermal deformation and super -plastic shape are given. The processes of precipitation of volumetric and leaf -layer metal blanks, the mechanisms of hydrogen cracking and alloys, nanostructural and composite materials of various nature are considered. Miloray powder and compact nanocrystalline, nanoamorphic and microcrystalline metal alloys and compounds, structural condition, production technology and the application areas are discussed. The results of quantitative assessments of the processes of embryo formation and the formation of point defects of the crystalline structure of certain metal systems in various conditions and conditions are presented.
For scientists and engineers in the field of materials science, physics of metals, technologies of mechanical engineering. It can be useful to students of relevant specialties and teachers in the training of specialists of various levels
For scientists and engineers in the field of materials science, physics of metals, technologies of mechanical engineering. It can be useful to students of relevant specialties and teachers in the training of specialists of various levels
Author:
Author:Sergeev Alexander Nikolaevich
Cover:
Cover:Hard
Category:
- Category:Engineering & Transportation
- Category:Reference books
ISBN:
ISBN:978-5-9729-0596-6
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