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A Special Issue of Metals, entitled “Metal Crystal/Polycrystal Plastic Strain Hardening”, was initiated in 2022 by the late Professor Ronald W. Armstrong to advance the current state of the art. In its final form (2025), this issue comprises ten published works: a closing Editorial article, an initial Editorial article, six regular research papers, one research communication, and one review article. This Reprint collates all ten contributions. These works collectively enhance our current understanding of the effects of dislocations, microstructures, chemistry, and loading conditions on the mechanics and thermodynamics of metals across a range of length and time scales. The diverse content of this Reprint should be of interest to researchers in the fields of engineering mechanics, materials science, and metallurgy.
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Keywords
- A
- Atomistic-continuum
- Copper
- crack initiation
- Crystal plastic deformation stages
- Crystal plasticity
- Crystals
- Deformation-induced dislocation interactions
- dislocation dynamic
- Dislocation kinetics modeling
- dislocations
- Ductility
- Dynamic plasticity
- Fatigue
- Field theory
- Finite element method
- first-principles calculation
- friction coefficient
- grain size
- indentation
- Kolsky bar
- Large-scale simulations
- Metal plasticity
- Metals
- multiscale
- N
- Necking instability
- Non-Riemannian plasticity
- persistent slip band
- Polycrystal tensile plastic instability
- Polycrystals
- reactions
- Refractory alloy
- Schmid law
- size effect
- strain hardening
- strain rate
- Stress–strain
- Taylor-based strain hardening
- Taylor–Quinney factor
- Tensor representations
- Vacancy diffusion
Links
DOI: 10.3390/books978-3-7258-5616-9Editions