Dislocation glide is a general deformation mode, governing the strength of metals. Via
discrete dislocation dynamics and molecular dynamics simulations, we investigate the strain …

In the present work, we propose a novel model coupling phase-field, dislocation density
based plasticity and damage. The dislocation density governing equations are constructed …

Materials are often heterogeneous at various length scales, with variations in grain structure,
defects, and composition which has a strong influence on the emergent macroscopic plastic …

Microstructure evolution and strengthening mechanisms of MP159 superalloy during room
temperature rolling (RTR) and cryorolling (CR) were studied by using the XRD, EBSD and …

Dislocation substructures have been extensively characterized to explain the origin of strain
hardening. Regions of high dislocation densities (walls) constrain the glide of mobile …

Additive manufacturing (AM) of high-entropy alloys (HEAs) is a new challenge in the
Material Science and Advanced Manufacturing fields. In the AM processing procedure, heat …

The effect of ageing time and temperature on the deformation mechanism and
corresponding tensile properties are investigated in a γ/γ′ Ni-based superalloy, HAYNES …

The microstructure of rock salt significantly influences its macroscopic mechanical behaviors
and deformation phenomena. Understanding the deformation and failure characteristics of …

Irradiation hardening plays an important role in the mechanical property and service lifetime
of structural materials in nuclear power plants. The irradiation hardening of irradiated 316H …

In this work, a novel dislocation density field-based crystal plasticity formulation, that
incorporates up-scaled continuum dislocation density fields to represent all possible …