This paper implements an adaptive phase-field model to investigate the interfacial fracture in
transversely isotropic piezoelectric composites under different electromechanical loadings …

We predict the thermal conductivity of polymer-matrix composites accounting for the
interface conductance. We also study the influence of different fillers, ie spherical, cylindrical …

A novel finite deformation FE model is developed in this paper for coupled electro-
mechanical response with crack evolution in heterogeneous piezoelectric composite …

Piezoelectric smart materials have gained significant attention in various technological
applications due to their ability to convert mechanical energy into electrical energy and vice …

Imperfect interfaces are present in a variety of practical situations in mechanics and physics.
In particular, they play an essential role in determination of mechanical and physical …

This study proposed two new micromechanics models to predict the effective properties of
multiferroics composites with spring-type imperfect interfaces. The first model is a full field …

In this study, the mechanics of structure genome has been extended to piezoelasticity
problem of composite materials with spring-type imperfect interfaces model. This full field …

This paper proposes a micromechanical framework for identifying the macroscopic behavior
of multi-coated long fiber composites, as well as the average electromechanical microscopic …

In this chapter the dynamic problems for piezoelectric nanosized bodies with account for
coupled dam** and surface effects are considered. For these problems we propose new …

The present paper aims mainly to estimate the size-dependent effective properties of fibrous
piezoelectric composites with general imperfect interfaces. The interface model used states …