Smart structures offer functional advantages over conventional composites through
capabilities of material tailoring and controlled response under external actuation/sensing …

This paper introduces analytical solution for exponentially graded (EG) plates attached with
a single-layer of piezoelectric fiber reinforced composite (PFRC) actuator. The plate is …

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 research presents a generalized-energy-based finite element modeling of smart
composite plates with distributed piezoelectric materials for the static and vibration …

This research presents a finite element formulation based on four-variable refined plate
theory for bending analysis of cross-ply and angle-ply laminated composite plates integrated …

In this paper, the spectral element method (SEM) is employed for free vibration analysis of
smart functionally graded (FG) plate. Two piezoelectric layers are attached to the upper and …

This study presents a finite element (FE) formulation based on four-variable refined plate
theory for a bending analysis of functionally graded (FG) plates integrated with a …

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

In this study, the dynamic relaxation method is employed for higher-order bending analysis
of isotropic and viscoelastic laminated composite plates. Using Prony series, a linear …

The static flexural behaviors and free vibration responses of smart hybrid plates integrated
with piezoelectric laminae are under discussion aided by the scaled boundary finite element …