Thin-wire structures in the presence or absence of a ground plane are analyzed numerically
in the time domain (TD) with the aid of the Cagniard–DeHoop method of moments (CdH …

Transient simulation using Laguerre polynomials is unconditionally stable and is ideally
suited for modeling structures containing both small and large feature sizes. The focus of this …

Time-domain electric integral equation methods (TD-EFIE) suffer from the numerical stability
problem. Numerous schemes have been proposed over the years for the purpose of taking …

The transient response of thin-wire structures in the presence of a multilayer medium is
investigated by means of a new formulation of the method of moments in the time domain …

A novel time-domain integral equation (TDIE) solver for transient analysis of conducting
wires is proposed. It is formulated using the induced electric dipoles as unknown functions …

In marching-on-in-degree time domain method of moment, the transient responses are often
expanded by a finite number of associated Laguerre functions. There is an error associated …

The marching-on-in-degree (MOD) method has been proposed for solving time-domain
integral equations (TDIEs), and it uses the associated Laguerre functions as temporal basis …

The marching-on-in-degree (MOD) method has been presented earlier for solving time
domain electric field integral equations in a stable fashion. This is accomplished by …

Investigation on time-and frequency-domain responses of some complex composite
structures in the presence of high-power electromagnetic pulses (EMP) is carried out in this …

An efficient time-domain method based on a compact two-dimensional (2-D) finite-difference
time-domain (FDTD) method combined with weighted Laguerre polynomials has been …