The purpose of this research is to investigate the effects of material inhomogeneity on the
response of linearly elastic isotropic hollow circular cylinders or disks under uniform internal …

Anisotropic elasticity has been an active research subject for the last thirty years due to its
applications to composite materials. There are essentially two formalisms for two …

The thermomechanical states in a class of functionally graded cylinders under extension,
torsion, shearing, pressuring, and temperature changes are studied. Referred to the …

The purpose of this research is to investigate the effects of material inhomogeneity on the
response of linearly elastic isotropic solid circular disks or cylinders, rotating at constant …

Based on the complex potential method, plane problems of cubic quasicrystal media
containing an elliptic hole subjected to uniform remote loadings are solved. The explicit …

The problem of a cylindrically anisotropic elastic circular tube or bar subjected to a uniform
pressure, shearing, torsion or extension has been studied by Ting. The Stroh formalism for …

Recent advances in smart structures technology have lead to a resurgence of interest in
piezoelectricity, and in particular, in the solution of fundamental boundary value problems. In …

A unified analysis is presented for the elastic response of a pressurized cylindrically
anisotropic hollow disk under assumed conditions of plane stress, or a hollow cylinder under …

In this paper we study the problem of rectilinear shear of a slab of transversely isotropic
incompressible non-linearly elastic material. In particular, the material under consideration is …

Stress concentration factors due to the presence of geometrical discontinuities (circular
holes) in functionally graded plates are derived. The material property inhomogeneity is …