We present a discontinuous Galerkin surface integral equation method, herein referred to as
IEDG, for time harmonic electromagnetic wave scattering from nonpenetrable targets. The …

Fully numerical schemes are presented for high precision computations of the four-
dimensional integrals arising in Galerkin surface integral equation formulations. More …

In this paper, we present a purely numerical procedure to evaluate strongly near-singular
integrals involving the gradient of Helmholtz-type potentials for observation points at finite …

Surface integral equation methods routinely require the integration of the singular Green's
function or its gradient over basis functions (BF) and testing functions (TF). Many techniques …

In this paper, we present a simple and efficient fully numerical technique for the evaluation of
4-D reaction integrals arising in the method of moments. In the proposed approach, the …

The scattering of plane waves by periodic arrays of stacked rectangular patches in
multilayered substrates is a problem that has to be solved many times when designing …

Recently, the benefits of simultaneously treating source and testing integrals in the
numerical evaluation of 4-D reaction integrals have been reported. The reported schemes …

The use of the method of moments to solve surface integral equations is one of the most
popular numerical techniques in electromagnetic modeling and analysis. This method …

A method for analytical computation of the double surface integrals for all layer potential
kernels associated with the Laplace Green's function in the Galerkin boundary element …

A stable volume integral equation (VIE) solver based on polarization/magnetization currents
is presented, for the accurate and efficient computation of the electromagnetic (EM) …