In this paper, the evolution of high pressure phase (HPP) in an imperfect single crystal due
to the existence of nanovoids is investigated. The nanovoid misfit strain and its stress are …

The interplay between H atoms and crack-tip plasticity is essential to understand hydrogen
embrittlement. By formulating a novel closed-form energy-based analytical model, the effect …

In the present work, the effect of a pre-existing nanovoid on martensitic growth under
uniaxial stress in NiAl is investigated using the phase field theory. In order to create a pre …

Understanding plasticity initiation and evolution in nanoindentation tests is a fundamental
issue. In this study, a continuum model is developed to analytically predict the force-depth …

The plastic events occurring during the process of intergranular fracture in metals is still not
well understood due to the complexity of grain boundary (GB) structures and their …

The microstructure evolution of single crystal Al under shock loading is investigated using
both numerical simulations and shock wave theory. Using momentum mirror method with …

Nanoparticle-reinforced metal-based composites (NRMCs) have gained recognition for their
remarkable interface effects and their demonstration of superior mechanical properties. To …

One of the failure mechanisms in ductile materials is growth and coalescence of pre-existing
voids. In view of this, we attempt to obtain atomistic insights into the prevailing mechanisms …

In this study, a molecular dynamics model is used to simulate the compressive loading
process along different crystal orientations of nano-twinned Ni with void defect at the twin …

In this paper, the interaction of martensitic phase transformations (PTs) with vacancy
evolution is studied using the phase field approach. The evolution of nanovacancies and …