This paper investigates the bending and vibration behaviors of a novel class of functionally
graded trapezoidal plates reinforced with graphene nanoplatelets (GPLs) by employing the …

In this paper, free vibration analysis of truncated conical shells reinforced with graphene
nanoplatelets (GNPs) is studied. The composite shell is considered to be composed of …

The paper presents a review of Haar wavelet methods and an application of the higher-
order Haar wavelet method to study the behavior of multilayered composite beams under …

In this article, free flexural vibration and supersonic flutter analyses are studied for
cantilevered trapezoidal plates composed of two homogeneous isotropic face sheets and an …

The presented work is devoted to studying the dynamics of cantilever trapezoidal plates with
non-uniform thickness and enriched with either carbon nanotubes (CNTs) or graphene …

In this paper a numerical solution is presented for free vibration analysis of sandwich
cylindrical panels made of a saturated functionally graded porous (FG-porous) core and two …

In this article, the forward and backward wave frequencies of rotating truncated conical thick
shells are investigated. The shell is composed of epoxy as the matrix and functionally …

In the presented work, the free vibration problem is investigated for a cantilever trapezoidal
sandwich plate with an auxetic reentrant honeycomb core covered with laminated …

A comprehensive study is presented on the supersonic flutter analysis of functionally graded
carbon nanotube reinforced (FG-CNTRC) cantilever trapezoidal plates. First-order shear …

In this article, a semi-analytical solution is provided to investigate the free vibration
characteristics of rotating truncated conical shells surrounded by a Winkler–Pasternak type …