In this study, the linear elastic fracture mechanics theory is employed to calculate the
dynamic stress intensity factors (DSIFs) of multiple cracks which are located at the interface …

The mixed mode fracture behavior of a functionally graded orthotropic strip based on the
distribution of dislocations is studied. Fourier transform is employed to construct a system of …

In this paper, the mixed mode fracture problem of multiple parallel cracks in an orthotropic
functionally graded plane under transient dynamic loading is studied. The medium contains …

Analytical method based on continuous dislocation technique is developed to examine the
mixed mode behavior of a functionally graded orthotropic plane. First, the elastic stress fields …

In this paper, the transient dynamic stress intensity factors are estimated for multiple cracks
which are located at the interface between a nonhomogeneous elastic half-plane and an …

By the method of successive approximations (Schwartz algorithm) and the Fourier integral
transform, we construct a Green-type solution for an anisotropic strip with unloaded …

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 …

This paper provides an analytical approach to calculate mixed-mode field intensity factors of
multiple defects in a piezoelectric half-plane. Both the permeable and impermeable …

In this paper, the distributed dislocation technique (DDT) is used to calculate the stress
intensity factors (SIFs) at the tip of several moving cracks which are located at the interface …

The anti-plane stress analysis in an infinite elastic isotropic plane is carried out by using the
distributed dislocation techniques in the framework of strain gradient theory. The technique …