A review of boundary element methods for the numerical solution of dynamic problems of
linear elasticity is presented. The integral formulation and the corresponding numerical …

An advanced implementation of the direct boundary element method applicable to transient
problems involving three‐dimensional solids of arbitrary shape and connectivity is …

Evidence of numerical instabilities in two‐dimensional time domain direct boundary element
methods is presented. The effects of numerical versus analytical integration of spatial …

This paper describes an investigation into the error bounds of Gauss-Legendre integration
for non-singular integrals in three-dimensional boundary element analyses. Based on these …

Time‐domain integral equation analyses are prone to instabilities, in a range of applications
areas including acoustics, electrodynamics and elastodynamics, and a variety of …

This paper presents a formulation of a time‐domain three‐dimensional boundary element
method for site response analysis of topographic structures. The boundary element …

The set of singular integral equations which relates unknown fields on the surface of the
scatterer to a time-harmonic incident wave is solved by the boundary element method. The …

An efficient numerical approach based on both boundary and finite element methods is
developed in this work. This development is capable of realistic three dimensional analyses …

A new advanced time domain BEM formulation is presented for the study of general 3-D
elastodynamic problems. The proposed method is based on the infinite space Stokes …

This study focuses on investigating spatial variation of ground motion that has great
influence on the dynamic behavior of the large structures located on the surface topography …