In this review paper, we concentrate on the use of boundary integral equation (BIE) based
methods for the numerical modeling of elastic wave motion in naturally occurring media. The …

In this work, we attempt to collect all available fundamental solutions in 3D elastodynamics
that would be suitable for use in Boundary Element Method (BEM) formulations. Given that …

The stress intensity factor (SIF: K) analysis is of utmost importance in the evaluation of the
coal-rock mass damage. However, the existing calculation processes seem cumbersome …

Based on the complex function theory, an universal approach of solving the dynamic stress
concentration around a circular inclusion in two-dimensional (2D) inhomogeneous medium …

Based on complex function methods and a multipolar coordinate system, the scattering
induced by a cylindrical cavity in a radially inhomogeneous half-space is investigated. Mass …

The anti‐plane strain elastodynamic problem for a continuously inhomogeneous half‐plane
with free‐surface relief subjected to time‐harmonic SH‐wave is studied. The computational …

The primary purpose of this study is to propose mechanical models describing in-plane
elastic wave propagation in homogeneous or naturally inhomogeneous media with different …

The task of this work is to study the scattering of SH waves by homogeneous tunnel
structures in an unbounded inhomogeneous medium. The shear modulus is assumed to be …

Based on the finite element software ABAQUS and graded element method, we developed a
dummy node fracture element, wrote the user subroutines UMAT and UEL, and solved the …

We study seismically induced, anti-plane strain wave motion in a non-homogeneous
geological region containing tunnels. Two different scenarios are considered:(a) The first …