A phase field approach for phase transition between austenite to martensitic variants and
twinning between martensitic variants is presented with the main focus on the effects of …

A thermodynamically consistent phase field model for crack propagation is analyzed. The
thermodynamic driving force for the crack propagation is derived based on the laws of …

In this paper, the asymmetric mechanical responses of tetragonal zirconia polycrystals
(TZPs) under uniaxial tension and compression are investigated by phase field (PF) …

A phase-field model allowing to describe dislocation climb under irradiation is presented.
Whereas previous phase-field models of the literature devoted to this phenomenon only take …

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 …

In this paper, thermal induced nanovoid evolution in the vicinity of an immobile austenite (A)-
martensite (M) interface is studied. The phase field approach (PFA) to martensitic phase …

In the present paper, the effect of phase-dependent elastic properties on martensitic phase
transformations (PTs) in a single crystal is investigated using the phase field approach. The …

The thermally grown oxide layer is known to be responsible for the failure of coating systems
due to the generation of severely high stresses. In this work, oxidation induced stresses …

In this paper, the experimental steel was treated with an austenitizing pretreatment followed
by a two-step bainite treatment. The volume fraction of the retained austenite was …

This paper considers the stress-induced phase transitions of shape memory alloy slender
cylinder, and analytically studies the phase transition process and the associated instability …