The time-dependent creep behavior of a rotating disc composed of functionally graded
material (FGM) with varying thickness was analyzed. The convection heat transfer along with …

In this article, the influence of angular acceleration on the mechanical response of an
exponentially graded piezoelectric material (EGPM) rotating annular plate with variable …

The mechanical behavior of a thick-walled pressure vessel composed of an incompressible
isotropic nonlinearly elastic material subjected to the combined pressure and extension …

The stresses and deformations of a functionally graded piezoelectric material (FGPM) non-
uniform thickness rotating disc under magneto-thermo-mechanical loads including …

This article presents semi-analytical solutions for stress distributions in exponentially and
functionally graded rotating annular disks with arbitrary thickness variations. The disk is …

Analytical solutions for functionally graded (FG) rotating disks are limited due to the
functional representation of the cross-sectional geometry, the density, and the modulus of …

Analytical solutions are developed for the analysis of elastic polar orthotropic functionally
graded annular disks rotating with constant angular velocity. The formulations are carried …

Many models were offered in the literature to simulate the material gradation patterns within
the functionally graded metal-ceramic structures. The present study provides a …

An extensive parametric study on the variation of the centrifugal-force-induced stress and
displacements with the inhomogeneity indexes, profile parameters and boundary conditions …

ABSTRACT The Drucker–Prager yield criterion is used in conjunction with its associated
flow rule to find the elastic/plastic stress and strain distributions within the rotating annular …