The solution to problem of a Volterra-type screw dislocation in a rectangular cross section
bar with an isotropic coating is first achieved by means of a finite Fourier cosine transform …

This study presents an analytical model for a piezoelectric rectangular plane weakened by
multiple cracks and cavities, under in-plane electric displacement and anti-plane shear …

Two half-spaces and a layer of finite height of linear elastic orthotropic medium containing a
penny-shaped crack and a circular rigid disk are considered such that the crack surface is …

Special-shaped cylindrical shells in torsion are encountered in engineering applications,
which will induce the Mode-II singular stress fields next to circumferential crack tips. The …

In this paper, mode III stress intensity factor for the multiple axisymmetric cracks in the infinite
hollow cylinder made by functionally graded materials base on the dislocation technique is …

This study investigates the fracture behavior of multiple arbitrarily shaped cracks in a circular
cross section bar with a functionally graded piezoelectric (FGP) coating under torsional …

This paper performs such fracture analysis for an orthotropic hollow cylinder coated by a
magneto-electro-elastic (MEE) layer under torsion. The orthotropic hollow cylinder contains …

In this article, a formulation for a hollow cylinder reinforced with an electro-elastic layer is
investigated. The hollow cylinder and its electro-elastic coating are under the Saint-Venant …

The present paper provides the Saint-Venant torsional analysis of an infinite hollow cylinder
coated by a functionally graded material. The hollow cylinder contains multiple cracks and …

The problem of determining the dynamic stress intensity factors (DSIFs) in a medium made
by functionally graded orthotropic materials weakened by multiple axisymmetric cracks …