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

The present paper studies the thermo-electro-magnetic mechanical behavior of a
flexoelectric nano-plate using a modified flexoelectric theory and application of classical …

The present study focusses on buckling and post-buckling of graphene-reinforced laminated
composite plates subjected to uniaxial and biaxial loadings. Poly-methyl-methacrylate …

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

This study deals with the vibration analysis of zigzag and chiral rotating functionally graded
carbon nanotubes (FG-CNT) invoking Love's shell theory using wave propagation approach …

Functionally graded piezoelectric materials (FGPMs) have emerged as promising
candidates for electronic nanodevices. In this paper, a study on dynamic response of a …

In this paper, the free vibrations analysis of the nanoplates made of three-directional
functionally graded material (TDFGM) with small scale effects is presented. To study the …

Unlike the widely used eigen-buckling theory, the nonlinear post-buckling analysis provides
a more accurate stability model of piezoelectric cylindrical shells and predicates more …

An accurate buckling response analysis for functionally graded graphene platelet (GPL)
reinforced piezoelectric cylindrical nanoshells subject to thermo-electro-mechanical …

Flexoelectricity is dependent on the strain gradient, which is high in microscale and
nanoscale, leading to its considerable effect on the electromechanical behavior of structures …