Ceramic based thermal barrier coatings are extensively employed to shield critical
engineering components from harsh temperature environments, where the typical Fourier's …

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 …

The analysis of fracture is very important along with the miniaturization of the device and
wide application of ultra-fast lasers, where size effect on heat conduction and elastic …

In this paper, distributed strain nucleus is presented to compute the modes I/II stress intensity
factors (SIFs) and electric displacement intensity factors (EDIFs) for multiple unequal cracks …

Modified complex potential with free traction boundary condition is used to formulate the
curved crack problem in a half plane elasticity into a singular integral equation. The singular …

A mathematical model of blasting stress wave scattering at an arc-shaped interface crack is
established to theoretically analyze and verify the scattering characteristics of blasting stress …

This research examined the propagation of the crack in an initially strained anisotropic
magnetoelastic material due to SH-waves. For a concentrated load of constant intensity and …

The distributed dislocation method (DDM) is used to determine the stress intensity factors
(SIFs) of regular-shaped cracks. With the addition of supplementary equations, a calculation …

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 …

In this paper, the electromechanical response of piezoelectric coating-functionally graded
piezoelectric (FGP) interfacial layer–piezoelectric substrate system under the rigid spherical …