This work applies a four-known quasi-3D shear deformation theory to investigate the
bending behavior of a functionally graded plate resting on a viscoelastic foundation and …

ABSTRACT A weak-form spectral element modeling and the corresponding experimental
studies in this work are concerned to clarify free vibration mechanism for the plate of …

Exploring new analytic buckling solutions of cracked plates is of much importance for
providing benchmark results and implementing preliminary structural designs based on …

Abstract Three two-dimensional (2D) refined models are devised for the analysis of
orthotropic thin plates with part-through surface and internal cracks under in-plane forces …

The free vibration parameters of cracked functionally graded material (FGM) plates with
nonlinear varying thickness according to the symmetric parabola function under temperature …

The damaged laminated composite structural strength and repair action due to functional
material reinforcement is investigated mathematically in this research using a higher-order …

This paper is concerned with the accurate free vibration and buckling analysis of a partially
or internally cracked natural fiber reinforced composite (NFRC) plate with corner point …

In this study, a first attempt is made to develop an up-to-date symplectic superposition
method for some new analytic free vibration solutions of side-cracked rectangular thin plates …

In this article, transverse vibration and thermal buckling of a size-dependent functionally
graded (FG) circular microplate has been investigated based on modified couple stress and …

An analysis of delaminated composite plates with integrated active fibre composite (AFC)
actuators and sensor under hygrothermal environment has been undertaken in the present …