This manuscript aims to examine and investigate the bending deflection and stress
distribution of sandwich functionally graded nanoplates rested on variable Winkler elastic …

This paper proposes new analytical and finite element solutions for studying the effects of
elastic foundations on the uncontrolled and controlled static and vibration responses of …

This paper deals with the mechanical behavior of variable stiffness composite laminated
(VSCL) sandwich plates, for both static and dynamic analyses. The composite face sheets …

High-fidelity finite element (FE) analysis is computational demanding for parametric studies
and design optimizations of composite laminates because it is time-consuming and …

In this study, an efficient triangular element for the fast nonlinear analysis of moderately thick
Mindlin–Reissner plates is proposed. The element is formulated using a newly developed …

The static, free vibration and transient responses of simply-supported laminated composites
and sandwich plates are analytically derived using a non-polynomial zigzag theory. This …

The Trigonometric Zigzag theory is utilized in this research for analytically evaluating the
forced vibration responses of smart multilayered laminated composite plates with …

This paper presents the stress and vibration analysis of advanced composites and sandwich
plates supported by elastic foundations. An inter-laminar transverse shear stress continuous …

Bending analysis was carried out for a laminated composite porous plate due to sinusoidal
loading with various boundary conditions using improved third-order theory. Zero transverse …

This study presents the quasi-three-dimensional, higher-order shear-deformation theory for
the stress and displacement analysis of sandwich plate subjected to concentrated force …