This paper introduces finite difference delay modelling (FDDM) for computing the shielding
effectiveness (SE) of a conductive enclosure with an aperture against electromagnetic …

We consider the efficient numerical solution of the three‐dimensional wave equation with
Neumann boundary conditions via time‐domain boundary integral equations. A space‐time …

The paper analyses time-dependent scattering and inverse scattering problems with cracks.
The well-posedness of the forward scattering problem is proved and a modified retarded …

A novel spatially large-domain and temporally entire-domain method of moments (MoM) is
proposed for surface integral equation (SIE) modeling of 3-D conducting scatterers in the …

The time-domain boundary integral equations describing the electromagnetic wave
scattering from arbitrary three-dimensional metallic structures are solved by applying …

This thesis is concerned with the study of transient scattering of acoustic waves by an
obstacle in an infinite domain, where the scattered wave is represented in terms of time …

The always stable solution of time-domain integral equations by plain implementation of the
classical marching-on-in-degree (MOD) methods demands O (M 2 N 3) operations, where M …

The principal objective of this dissertation is to develop computational electromagnetic
(CEM) methodology and tools for modeling of closed (waveguide and cavity based) and …