Materials are of prime importance for designing and manufacturing structures and
components in numerous industries, including aviation, aerospace, military, automotive …

Fluid-conveying nanotubes have become important components of nanoelectromechanical
systems (NEMS) working in fluid environments, exciting extensive research on the dynamics …

This paper uses the finite element method to simulate the mechanical, electric, and
polarization behaviors of piezoelectric nanoplates resting on elastic foundations subjected …

In this paper, the governing equations of torsional porous flexoelectric microtubes made of
functionally graded (FG) materials are investigated and obtained for the first time. First, the …

In the present paper, a continuous-based electromechanical model has been developed by
the Kirchhoff plate's theory and the modified flexoelectric theory in order to study the size …

The free vibration and static torsion of a coupling electromechanical flexoelectric
micro/nanotube have been investigated, in the present study. Using the non-classical theory …

The flexoelectric effect depends on the strain gradient, which naturally appears in intelligent
structures at micro and nano scales. Therefore, the flexoelectric phenomenon significantly …

A new triple-layer phononic crystal (PC) composite beam model is proposed, which binds
two piezomagnetic layers to conventional PCs coupling the microstructure and flexoelectric …

Flexoelectricity is the electromechanical coupling between mechanical strain gradient and
electric polarization or vice versa. This unique effect becomes considerable as the material …

The fundamental motivation of this research is to investigate the effect of flexoelectricity on a
piezoelectric nanobeam for the first time involving internal viscoelasticity. To date, the effect …