Due to their intrinsic electromechanical coupling behavior, piezoelectric materials are widely
used in sensors, actuators and other modern technologies. It is well known that piezoelectric …

In the present work, a novel load-controlled iteration scheme within the framework of
extended finite element method (XFEM) is proposed to model the semipermeable crack in a …

In this work, extended finite element method (XFEM) is implemented to model the
semipermeable cracks in the piezoelectric material with Maxwell stresses. This Maxwell …

In this work, the steady state problem of multiple Yoffe-type cracks propagating in a
piezoelectric half-plane within the framework of linear electroelasticity under in-plane electro …

A bimaterial piezoelectric space with collinear electrically limited permeable cracks along
the material's interface is considered under plane strain conditions. The distances between …

The dynamic behaviors of several moving cracks in a functionally graded piezoelectric
(FGP) strip subjected to anti-plane mechanical loading and in-plane electrical loading are …

In this paper, the distributed dislocation technique (DDT) is used to calculate the stress
intensity factors (SIFs) at the tip of several moving cracks which are located at the interface …

Extending the polarization saturation (PS) model and Yoffe crack model for ferroelectric
materials, a moving PS model is proposed to study the problems of crack propagation …

In this paper, the mode-I transient response of a semi-infinite conducting crack propagating
in a piezoelectric material with hexagonal symmetry under normal impact loading is …

Plane problem for an infinite space composed of two different piezoelectric or
piezoelectric/dielectric semi-infinite spaces with a periodic set of limited electrically …