A new first-principles-based volume integral equation (VIE) formulation is developed for the
broadband full-wave extraction of general 3-D circuits, containing arbitrarily shaped lossy …

An H 2-matrix based linear complexity direct matrix solution is developed for the volume
integral equation (VIE) based broadband full-wave extraction of general 3-D circuits. Such …

Scattering from composite planar thin dielectric-conductor objects is calculated by the hybrid
volume-surface integral equation (VSIE) approach. To highly efficient model such objects …

Low-complexity iterative and direct solvers are developed for the volume integral equation
(VIE) based general largescale electrodynamic analysis. The dense VIE system matrix is first …

The studied configuration is a two-dimensional, very thin parabolic reflector made of
graphene and illuminated by an H-polarized electromagnetic plane wave. We present basic …

A proper dielectric coating can reduce the electromagnetic scattering of the conducting
object significantly so that it cannot be detected by the radar. However, when the object …

A thin, penetrable, and cylindrical reflector is illuminated by the incident field of a complex
source point. The scattered field inside the reflector is not considered and its effect is …

In this chapter, we present a numerically efficient and accurate technique for the analysis of
doubly-infinite periodic arrays, which find applications as Frequency Selective Surfaces …

In this paper we present an efficient numerical technique, called the Characteristic Basis
Function Method (CBFM), for the electromagnetic analysis of planar microstrip structures as …

ABSTRACT A higher order approach for the accurate simulation of a thin dielectric sheet is
proposed in this paper. Due to the small thickness of thin dielectric sheet, an equivalent …