A new model is developed for thermally induced redistributions of free carriers in
flexoelectric semiconductor beams using a thermoflexotronic theory. This theory, which …

In this paper, a microstructure-dependent magneto-electro-elastic functionally graded
porous (MEEFGP) beam model is proposed using a variational approach. To account for the …

In this paper, a new magneto-electro-elastic functionally graded Timoshenko microbeam
model is developed by using the variational formulation. The new model incorporates the …

We propose a couple stress based isogeometric analysis (IGA) model for the study of active
vibration control in periodic piezoelectric microplate coupled systems. The model integrates …

The flexoelectric effect, coupling polarization and strain gradient as well as strain and
electric field gradients, is universal to dielectrics, but, as compared to piezoelectricity, it is …

This work presents the development of a two-way coupled flexoelectric plate theory starting
from a 3D gradient electromechanical theory. The gradient electromechanical theory …

Strain gradient, a source of mechanical asymmetry in dielectrics, causes electric
polarization, which we call flexoelectricity. Manipulating the strain gradient is fundamental in …

Flexoelectricity is a two-way coupling effect between the strain gradient and electric field that
exists in all dielectrics, regardless of point group symmetry. However, the high-order …

To accurately analyze the fracture behavior of piezoceramics at small length scales,
flexoelectricity must be considered along with piezoelectricity. Due to its dependence on …

This work presents the development of a unified gradient electromechanical theory for thin
flexoelectric beams considering both direct and converse flexoelectric effects. The two-way …