The research community is in permanent search of novel materials and exploitation of
already elaborated phenomena to reveal yet unknown materials characteristics …

A new model for circular cylindrical Kirchhoff–Love shells of flexoelectric–elastic materials
with the centrosymmetric cubic symmetry is developed by considering both microstructure …

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 …

Based on three-dimensional equations of piezoelectric semiconductors, we take
flexoelectricity into consideration to develop a deformation–polarization–carrier coupling …

We study electromechanical fields in a thin composite beam of a flexoelectric semiconductor
layer sandwiched between two piezomagnetic dielectric layers induced by an applied …

We study the torsion of a flexoelectric semiconductor rod with a rectangular cross section.
The macroscopic theory of flexoelectric semiconductors is used. A one-dimensional model is …

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 …

Abstract Molybdenum disulfide (MoS 2), as a representative two-dimensional material, has
distinctive physical and mechanical properties, especially in a bilayer form. Here, we …

In this work, the static and dynamic response of a piezoelectric semiconductor cantilever
under the transverse end force with consideration of flexoelectricity and strain gradient …

Under bending deformation, size-dependent and structure-associated strain gradients can
occur at the interface of a flexoelectric semiconductor (FS) PN heterojunction …