In the last few decades, the phase field method has shown tremendous capabilities of
predicting microstructure evolutions at the mesoscale scale. This method was widely used …

The allotropic phase transformation in zirconia from the tetragonal to monoclinic double
lattices is known to occur by a martensitic twinning mechanism which shows a complex …

A phase-field theory of transformations between martensitic variants and multiple twinning
within martensitic variants is developed for large strains and lattice rotations. It resolves …

General phase-field theory for multivariant martensitic phase transformations and explicit
models are formulated at large strains. Each order parameter is unambiguously related to …

Thermodynamically consistent phase field theory for multivariant martensitic transformations
is developed with the main focus on introducing correct interface stresses (tension). The …

A complete system of coupled phase-field and mechanical equations for the simulation of
multivariant martensitic phase transformations at large strains is formulated. The finite …

A three-dimensional elastoplastic phase-field model is developed to study the microstructure
evolution during strain-induced martensitic transformation in stainless steels under different …

A 3-D elastoplastic phase-field model is developed for modeling, using the finite-element
method, the stress-assisted martensitic transformation by considering plastic deformation as …

A phase field model approach for multivariant martensitic transformations of stable and
metastable phases is introduced. The evolution of the microstructure is examined with …

The mechanisms for heterogeneous cubic→ tetragonal martensite nucleation due to
different types of microscopic defects (voids, stress-concentration site, inertial inclusion and …