| Description |
1 online resource (263 pages) |
| Contents |
880-01 Halftitle; Title; Copyright; Table of Contents; Introduction; 1. Stages of plastic deformation of polycrystalline materials; 1.1. Introduction. Description of the problem; 1.2. Main stages of plastic deformation of polycrystals at themesolevel; 1.3. Determination of the plastic deformation stages in FCCmetals and solid solutions; 1.4. Some historical data for the determination of the stagesII-IV of plastic deformation in polycrystalline materials; 1.5. Individual stages of plastic deformation in the BCC metals and alloys |
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880-01/(S 2.4. The structure of polycrystalline materials2.5. Triple junctions in grains; 2.6. Models of polycrystalline grains at the meso-and microlevel; 2.7. The structure of individual nanograins; 2.8. Special features of the structure of the nanopolycrystal- line aggregate as a consequence of high plastic strains; 2.9. Dependence of the dislocation density on the grain size and the problem of fine grains without dislocations; 2.10. Critical size ranges of the grains and areas with grains; 2.11. The Hall-Petch relation and its parameter σ0 in a wide grain size range |
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1.6. Storage of dislocations, internal stress fields andevolution of the dislocation structure1.7. Evolution of the substructure -- the basics of the physicsof stages in gliding of total dislocations; 1.8. Transition to twinning and deformation martensitictransformation as an important factor of formation ofstages of work hardening; 1.9. Localisation of deformation -- another reason for theformation of new stages; 1.10. Factors complicating the characteristics of thedeformation stages in meso-polycrystals; 1.11. Effect of the mesograin size on the individual stages ofplastic deformation |
| Notes |
2.12. The mechanisms of implementation of the Hall-Petch relation at the mesolevel |
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Print version record |
| Form |
Electronic book
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| Author |
Kozlov, E. V
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Koneva, N. A
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Popova, N. A
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Kurzina, I. A
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| ISBN |
9781351620598 |
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1351620592 |
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