Add to ORKGThe paper presents a new formulation for the analysis of the classical problem of a cable passing through an aperture in a conducting shield. The formulation is based on a dual integral approach and takes into account the finite thickness of the shield, allowing the evaluation of the effects due to the aperture and to the wire on the overall shielding effectiveness, as well as the representation of the effects on the signals transmitted through the wire
The paper deals with numerical modeling of a three-phase harmonic-current carrying shielded line. In...
In this paper, the analytical solution of the mutual inductance between the centre conductor and the...
For pt. I, see ibid., pp. 2014-2017 (1992). A chiral or anisotropic layered structure is located i...
A numerical analysis of the classical problem of a cable passing through an aperture in a conductin...
We consider the problem of electromagnetic propagation along a wire which passes through an aperture...
International audienceThis paper introduces a novel approach to assess the shielding effectiveness o...
Purpose - To study the magnetic shielding of buried high-voltage (HV) cables by adding conductive me...
International audienceWe have recently introduced a new approach based on Holland's formalism to dea...
The paper presents electromagnetic field calculations for a coaxial cable with a double-layer shield...
The problem of evaluating the shielding effectiveness of a metallic circular disk with finite conduc...
A numerical procedure is derived for the analysis of electronagnetic field penetration through apert...
The electromagnetic response of infinitely long, thin wires over a flat earth is presented for two d...
Abstract— A SPICE model is proposed to simulate a typical boxto-box structure when the interconnect...
There is a wide class of antennas that can be presented as a set of thin-wire perfect conductors. Cu...
Analytical methods are significantly useful tools for engineers in computational modeling. These met...
The paper deals with numerical modeling of a three-phase harmonic-current carrying shielded line. In...
In this paper, the analytical solution of the mutual inductance between the centre conductor and the...
For pt. I, see ibid., pp. 2014-2017 (1992). A chiral or anisotropic layered structure is located i...
A numerical analysis of the classical problem of a cable passing through an aperture in a conductin...
We consider the problem of electromagnetic propagation along a wire which passes through an aperture...
International audienceThis paper introduces a novel approach to assess the shielding effectiveness o...
Purpose - To study the magnetic shielding of buried high-voltage (HV) cables by adding conductive me...
International audienceWe have recently introduced a new approach based on Holland's formalism to dea...
The paper presents electromagnetic field calculations for a coaxial cable with a double-layer shield...
The problem of evaluating the shielding effectiveness of a metallic circular disk with finite conduc...
A numerical procedure is derived for the analysis of electronagnetic field penetration through apert...
The electromagnetic response of infinitely long, thin wires over a flat earth is presented for two d...
Abstract— A SPICE model is proposed to simulate a typical boxto-box structure when the interconnect...
There is a wide class of antennas that can be presented as a set of thin-wire perfect conductors. Cu...
Analytical methods are significantly useful tools for engineers in computational modeling. These met...
The paper deals with numerical modeling of a three-phase harmonic-current carrying shielded line. In...
In this paper, the analytical solution of the mutual inductance between the centre conductor and the...
For pt. I, see ibid., pp. 2014-2017 (1992). A chiral or anisotropic layered structure is located i...