In this research, the problem of a circular orthotropic bar with multiple cracks under torsional
transient loading is investigated. The solution to the problem weakened by a Volterra-type …

In this paper, based on the distribution dislocation technique (DDT), multiple curved cracks
placed in an orthotropic FGM layer bonded to an orthotropic layer and also interface cracks …

The fracture behavior of a cracked functionally graded piezoelectric plane was investigated
under in-plane mechanical and electrical loading. The electro-elastic properties of the plane …

In this article, the transient response of a cylinder, with a piezoelectric coating, weakened by
multiple radial cracks is investigated. The problem is under torsional transient loading. First …

The objective of this paper is to explore the transient behaviors of fiber reinforced
composites with two embedded collinear cracks subject to a sudden thermal shock. The …

In this study, an analytical solution is used to strengthen a hollow cylinder bar with an
orthotropic coating and is subjected to short-term torsional loading. First, the Fourier …

This study presents an analytical formulation for a cylindrical bar, with an orthotropic layer,
containing multiple mode III cracks under time‐dependent torsion. The transient response to …

In this paper, the Saint-Venant torsion of a circular bar reinforced by a magneto-electro-
elastic coating containing multiple cracks is analyzed. Pure Mode III stress intensity factors …

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 …

Analytical transient analysis of a functionally graded (FG) coated cylindrical bar weakened
by multiple radial cracks under torsional transient loading is presented. The solution …