A simple model based on extensive experimental investigations [1] is developed to describe
a possible work hardening process in copper crystals deformed in tension along the [100] …

This article focuses on the mechanisms and consequences of plastic strain localizations
exhibited in tensile stress–strain behaviors, fracture and fatigue. A broad overview is first …

During plastic deformation, dislocation structures develop with dislocation boundaries
separating regions of different orientations. The intrinsic origins and evolution of these …

An overview of the low-energy dislocation structure (LEDS) theory of low-temperature, that is
non-creep, dislocation-based crystal plasticity is presented, as systematically developed …

Plastic deformation in polycrystalline materials involves a complex interaction of dislocations
with defects in the lattice. The geometrically necessary component of the dislocation density …

The relation between the polycrystal deformation and single crystal deformation has been
studied for pure polycrystalline copper deformed in tension. The dislocation microstructure …

Microstructural analysis by advanced and automated methods has allowed deformation
microstructures to be quantified in terms of common structural parameters. This …

A dislocation-density crystalline plasticity (DCP) framework based on total and partial
dislocation densities interactions was used to investigate the behavior of Cu/Pb bicrystals …

In discussing hardening characteristics in terms of crystalline lattice defects, in most cases
the properties and kinetics of dislocations and their arrangement have been considered …

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