The piezoelectric semiconductor combines the characteristics of both piezoelectric and
semiconducting materials, making it highly promising for a variety of engineering …

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

We study the interaction between mechanical fields and the motion of charge carriers in a
composite beam of flexoelectric (nonpiezoelectric) and semiconductor layers. The …

This paper examines the mechanically induced electric potential and charge redistribution in
a piezoelectric semiconductor cylindrical shell employing first-order shear deformation …

We study electromechanical effects and piezotronic behaviors in a Kirchhoff–Love laminated
composite piezoelectric semiconductor circular cylindrical thin shell, which is composed of a …

Piezoelectricity has already found a multitude of applications, including voltage generation,
quartz oscillators, mechanical sensors and actuators, piezoelectric transformers and more …

In this paper, the propagation properties of in-plane elastic waves in a nano-scale N-type
piezoelectric semiconductor material/piezoelectric dielectric material layered periodic …

In this paper, the strain gradient is introduced to tune the semiconducting performance of
piezoelectric semiconductor (PSC) nanowires by changing their cross sections. A one …

A new model for thermal buckling of an anisotropic elastic composite beam consisting of a
dielectric core and two thin semiconductor surface layers is developed. The field equations …

We study transient extensional vibration of a ZnO piezoelectric semiconductor nanofiber
fixed at one end with a suddenly applied axial force at the other end. A theoretical analysis is …