Computational models based on the phase-field method typically operate on a mesoscopic
length scale and resolve structural changes of the material and furthermore provide valuable …

Computational models based on the phase-field method have become an essential tool in
material science and physics in order to investigate materials with complex microstructures …

Numerical simulations based on phase-field methods are indispensable in order to
investigate interesting and important phenomena in the evolution of microstructures …

A three-dimensional phase-field model is proposed for simulating the magnetic martensitic
phase transformation. The model considers a paramagnetic cubic austenite to ferromagnetic …

The large strain in Ferromagnetic Shape Memory Alloys (FSMA) is due to the martensite
reorientation driven by mechanical stresses and/or magnetic fields. Although most …

A phase field theory based model considering non-uniform demagnetizing field within
ferromagnetic shape memory alloy and free space is established and realized by finite …

The computational determination of domain structures in ferroelectric films is achieved
through the implementation of a multiphase-field methodology. In this framework, domain …

In this paper, the magneto-mechanical responses of a magnetic shape memory alloy
(MSMA) sample are modeled through the variational approach. Motivated by the …

A phase-field model with a friction-type resistance in the kinetic equation for the martensite
reorientation is proposed to simulate the coupled magneto-mechanical behaviors of …

A novel phase-field model is developed to investigate the domain structure in ferroelectric
materials subjected to an external field. Differing from the time-dependent Ginzburg–Landau …