A technique for analyzing two-dimensional thermal fields in hollow cylinders is presented
when the cylinders are assembled of a number of perfectly connected coaxial layers made …

This paper presents a novel method for analyzing steady thermal stresses in a functionally
graded hollow cylinder. The thermal and thermoelastic parameters are assumed to …

Inhomogeneous materials (the ones exhibiting spatial variations in their, all or specific,
material properties) present a great deal of interest for scientists and engineers in both …

In this Paper transient thermo-elastic analysis of a thick hollow finite length cylinder made of
two dimensional functionally graded materials (2D-FGMs) has been investigated. The …

In this paper, a strain gradient elasticity formulation for capturing the size effect in micro-
scaled structures is presented to analyze the thermoelastic response of a functionally …

In the present paper, nonlinear thermoelasticity, vibration, and stress wave propagation
analyses of thick-walled cylinders made of functionally graded materials with temperature …

This study presents an analytical solution of thermal and mechanical displacements, strains,
and stresses for a thick-walled rotating spherical pressure vessel made of functionally …

In this research, thermal analysis in cylinders with varying thickness constructed from
functionally graded materials (FGMs) which are under non-uniform heat fluxes in their inner …

In this paper a new 2D-FGM material model based on Mori-Tanaka scheme and third-order
transition function has been developed for a thick hollow cylinder of finite length. Elastic …

An axisymmetric electroelastic problem of hollow radially polarized piezoceramic cylinders
made of functionally graded (FG) materials is analyzed. For the material properties of power …