Microstructure and mechanical properties
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Scope of this subject
This cluster of papers focuses on the synthesis, characterization, and mechanical properties of nanomaterials, particularly nanocrystalline metals, produced through severe plastic deformation techniques. It explores the effects of grain refinement, grain boundary engineering, and size-dependent deformation mechanisms on the strength and ductility of these materials.
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Research vocabulary
severe plastic deformation; crystal plasticity; equal channel angular pressing; dislocation dynamics; grain boundary sliding; dislocation motion; dislocation slip; polycrystalline materials; deformation twinning; face-centered cubic metals; high-pressure torsion; grain boundary migration; texture evolution; screw dislocations; high-angle grain boundaries; dislocation nucleation; slip systems; dislocation structure; tensile deformation; stacking fault energy; Hall-Petch relation; edge dislocations; body-centered cubic metals; nanocrystalline materials; low-angle grain boundaries
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Numeric address and provenance
Morton address: 36108566574852119 · morton4x16-v1
Coordinates: (3, 25, 2505, 10204). The address interleaves categorical identifier bits. Nearby addresses are not guaranteed to describe semantically similar subjects.
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