The mixed potential integral equation (MPIE) formulation is convenient for problems involving layered media because potential quantities involve low order singularities, in comparison to field quantities. For nonperiodic problems, the associated Green`s potentials involve spectral integrals of the Sommerfeld type, in the periodic case, discrete sums over sampled values of the same spectra are required. When source and observation points are in the same or in adjacent layers, the convergence of both representations is enhanced by isolating the direct and quasi-static image contributions associated with the nearby layers. In the periodic case, the convergence of direct and image contributions may be rapidly accelerated by means of the Ewadd m...
The periodic Green's functions (PGF) in layered media can be expressed as an infinite series in term...
We consider new developments in the analytical evaluation of the near-field contribution to the matr...
A review of some recent methods for the efficient computation of two-dimensional (2-D) periodic Gre...
The development of computationally efficient Green's functions in layered-media environments is impo...
The numerical implementation of the complex image approach for the Green's function of a mixed-poten...
Original acceleration procedures are proposed for the efficient calculation of the vertical componen...
An original acceleration procedure is proposed for the efficient calculation of the vertical compone...
The problem of improving the computational efficiency in the numerical analysis of planar periodic s...
Abstract — Original acceleration procedures are proposed for the efficient calculation of the vertic...
In this paper the efficient evaluation of mixed-potential periodic Green’s functions in layered medi...
International audienceThe efficient computation of periodic Green's functions is discussed here for ...
The efficient computation of periodic Green’s functions is discussed here for an arbitrarily directe...
In the study of infinite periodic printed structures through the Method of Moments (MoM), the comput...
This dissertation is mainly focused on the efficient computation of Green's function and electromagn...
Abstract—A new procedure for fast computing mixed potential spatial domain Green’s functions for cyl...
The periodic Green's functions (PGF) in layered media can be expressed as an infinite series in term...
We consider new developments in the analytical evaluation of the near-field contribution to the matr...
A review of some recent methods for the efficient computation of two-dimensional (2-D) periodic Gre...
The development of computationally efficient Green's functions in layered-media environments is impo...
The numerical implementation of the complex image approach for the Green's function of a mixed-poten...
Original acceleration procedures are proposed for the efficient calculation of the vertical componen...
An original acceleration procedure is proposed for the efficient calculation of the vertical compone...
The problem of improving the computational efficiency in the numerical analysis of planar periodic s...
Abstract — Original acceleration procedures are proposed for the efficient calculation of the vertic...
In this paper the efficient evaluation of mixed-potential periodic Green’s functions in layered medi...
International audienceThe efficient computation of periodic Green's functions is discussed here for ...
The efficient computation of periodic Green’s functions is discussed here for an arbitrarily directe...
In the study of infinite periodic printed structures through the Method of Moments (MoM), the comput...
This dissertation is mainly focused on the efficient computation of Green's function and electromagn...
Abstract—A new procedure for fast computing mixed potential spatial domain Green’s functions for cyl...
The periodic Green's functions (PGF) in layered media can be expressed as an infinite series in term...
We consider new developments in the analytical evaluation of the near-field contribution to the matr...
A review of some recent methods for the efficient computation of two-dimensional (2-D) periodic Gre...