A reliable and accurate description of the constitutive behavior of metals under the coupled
effect of extremely high strain rate has become more and more important. The conventional …

The bridge between classical continuum plasticity and crystal plasticity is becoming
narrower with continuously improved computational power and with engineers' desire to …

Presented is a constitutive framework for modeling the dynamic response of polycrystalline
microstructures, posed in a thermodynamically consistent manner and accounting for finite …

Metal inelasticity is of considerable technological importance in both commercial and
military sectors, and has therefore received significant research attention in the forms of …

Dislocation-based functionalities in inorganic ceramics and semiconductors are drawing
increasing attention, contrasting the conventional belief that the majority of ceramic materials …

It is important to develop a simulation model reproducing a formation process of ultrafine-
grained metals under severe plastic deformation in order to obtain high-strength materials …

A unified physically based microstructural representation of fcc crystalline materials has
been developed and implemented to investigate the microstructural behaviour of fcc …

Dislocation Based Crystal Plasticity: Theory and Computation at Micron and Submicron
Scale provides a comprehensive introduction to the continuum and discreteness dislocation …

High strength aluminium alloys that are produced through forming and joining processes are
widely used in aerospace components. The ductile failure in these metals occurs due to the …

A multiple slip dislocation-density based crystalline formulation has been coupled to a
kinematically based scheme that accounts for grain-boundary (GB) interfacial interactions …