Through advanced computational analysis, this work demonstrates that metamaterial
structures when made by shape-memory polymers (SMPs) can provide unique intelligent …

This work presents a modified phase-field model for accurate coupling of phase
transformation and cracking in shape memory ceramics. The existing phase-field models …

An elastoplastic phase-field model for typical diffusional transformations was developed,
where plastic deformation was considered through a modified time-dependent Ginzburg …

The premature failure of shape memory ceramics (SMC) s under cyclic loading is a critical
issue limiting their applications as actuators and thermal protection layers. Martensitic phase …

Shape-memory and superelastic materials undergo a reversible martensitic transformation
that allows them to return to their original state after deformation, either on the application of …

An elastoplastic phase-field model, developed in Part I, was employed to study stress-
assisted diffusional phase transformation, taking plastic deformation into consideration …

The experimentally explored ferroelastic behavior of yttria stabilized zirconia (YSZ) is
studied by molecular dynamics simulation. The metastable, ferroelastic phase of YSZ is …