This work is the first to apply nonlocal theory and a variety of deformation plate theories to
study the issue of forced vibration and buckling in organic nanoplates, where the effect of the …

For multi-layered composite plates made up of different types of material components, each
layer commonly has a different reinforcement angle (angle-ply). In the working process …

This is the first study of the static bending and free vibration response of organic nanoplates
based on the combination of nonlocal theory with various shear strain theories, where the …

In this study, for the first time, the free vibrations of a nanoplate that is resting on a
viscoelastic substrate are investigated while also taking into consideration the flexoelectricity …

A unified procedure is proposed in this study to analyze the free and transient vibration
behaviors of a composite laminated beam subjected to general boundary conditions under …

Functionally graded material (FGM) sandwich shallow spherical shells are promising
composite sandwich structures for modern engineering applications. In this paper, the …

The use of composite structures, which have many layers of materials, has become more
prevalent in the field of engineering. One of the advantages of this approach is its ability to …

This study focuses on performing static analysis of FG-CNTRC cylinder shells with various
boundary restrictions, including thermomechanical responses. The governing equations are …

A quasi-3D refined theory is used to investigate the buckling response of functionally graded
(FG) porous plates. The present theory takes into consideration the effect of thickness …

Purpose This paper proposes a third-order shear deformation theory to study the static
buckling of FG sandwich nanobeams, where the core layer of the beam has hollows in the z …