We show that the Pocklington integral equation for time-domain scattering from thin-wire antennas is not mathematically well-posed. This has considerable implications for numerical solution schemes. In particular, our argument explains the observed occurrence of rapidly oscillating errors in numerical solutions as the numerical grid sizes are reduced
Abstract—Pocklington’s integro-differential equation for thin wires with the exact kernel is reformu...
In this paper we analyze the numerical aspects of the various methodso that have been used to analyz...
It is shown that the equation for the current flowing on a cylindrical antenna Pocklington's integra...
We show that the Pocklington integral equation for time-domain scattering from thin-wire antennas is...
This paper contains a systematic study of numerical approximations for solving the exact kernel form...
The Time-Domain Integration Equation (TDIE) is used to solve the radiation and scattering problems o...
We derive and analyse collocation approximations of retarded potential integral equations (RPIEs) ar...
many Abstract—This paper deals with an analytical solution of the time domain Pocklington equation f...
We derive a separation of variables solution for time-domain electromagnetic scattering from a perfe...
Abstract We present two new stable schemes for computing the current induced on the surface of a thi...
Weile, Daniel S.Stability of time domain integral equation approaches to the computation of electrom...
International audiencePocklington's model consists in a one-dimensional integral equation relating t...
Time domain integral equations complement other methods for solving Maxwell's equations by handling ...
We present stability results for a numerical scheme for computing the current induced on the surface...
Abstract—Pocklington’s integro-differential equation for thin wires with the exact kernel is reformu...
In this paper we analyze the numerical aspects of the various methodso that have been used to analyz...
It is shown that the equation for the current flowing on a cylindrical antenna Pocklington's integra...
We show that the Pocklington integral equation for time-domain scattering from thin-wire antennas is...
This paper contains a systematic study of numerical approximations for solving the exact kernel form...
The Time-Domain Integration Equation (TDIE) is used to solve the radiation and scattering problems o...
We derive and analyse collocation approximations of retarded potential integral equations (RPIEs) ar...
many Abstract—This paper deals with an analytical solution of the time domain Pocklington equation f...
We derive a separation of variables solution for time-domain electromagnetic scattering from a perfe...
Abstract We present two new stable schemes for computing the current induced on the surface of a thi...
Weile, Daniel S.Stability of time domain integral equation approaches to the computation of electrom...
International audiencePocklington's model consists in a one-dimensional integral equation relating t...
Time domain integral equations complement other methods for solving Maxwell's equations by handling ...
We present stability results for a numerical scheme for computing the current induced on the surface...
Abstract—Pocklington’s integro-differential equation for thin wires with the exact kernel is reformu...
In this paper we analyze the numerical aspects of the various methodso that have been used to analyz...
It is shown that the equation for the current flowing on a cylindrical antenna Pocklington's integra...