A review of boundary element methods for the numerical solution of elastodynamic
problems covering the period 1986-1996 is presented. It is a continuation of a review article …

Rectangular open or in-filled trenches (wave barriers) are often used in engineering practice
to reduce the ground vibrations caused by propagating surface (Rayleigh) waves of …

In this paper, a novel deep learning technique, called multi-domain physics-informed neural
network (M-PINN), is presented to solve forward and inverse problems of steady-state heat …

The analysis of vibration from railway tunnels is of growing interest as new and higher-
speed railways are built under the ground to address the transport problems of growing …

A general boundary-element formulation is presented for the prediction of the dynamic
response of fluids with viscoelastic behavior. The fluid is modeled by a generalized …

Recent researches have revealed that the seismic ground response above tunnels can be
different from the free-field motion during earthquakes. Nevertheless, to the best of the …

In this paper, an advanced formulation of the time-domain, two-dimensional hybrid finite
element–boundary element method (FEM/BEM) is presented, and applied to carry out site …

In this paper, a half-plane time-domain boundary element method (BEM) was presented for
analysing the 2-D scalar wave problems in a homogenous isotropic linear elastic medium …

We consider an exterior linear elastodynamics problem with vanishing initial conditions and
Dirichlet datum on the scatterer. We convert the Navier Equation, governing the wave …

Wave barriers are often installed in the ground to reduce high-frequency ground vibrations
induced by man-made sources such as traffic or machine foundations. This type of ground …