Add to ORKGAbstract – The present work evaluates the application of a meshless-based method to a set of integral equations arising in electromagnetic field scattering problems. These integral equations are discretized via the Moving Least Squares (MLS) approximation. The problem concerning the scattering of a TM plane wave by an infinite conductor cylinder is solved. Results show that the obtained meshless method presents very good precision and fast convergence to the solution
In this paper, we consider the determination of electromagnetic fields for a (large) number of value...
In this paper, we consider the determination of electromagnetic fields for a (large) number of value...
AbstractThe singular integral equation method is used for solving the problem of diffraction by infi...
Abstract—In this paper we apply a meshless method to the classical electromagnetic scattering integr...
In this work, we apply a meshless-based method to a set of integral equations arising in electromagn...
Solving electromagnetic (EM) integral equations by numerical methods strongly relies on the domain d...
Abstract—An improved meshless method is presented with an emphasis on the detailed description of th...
Abstract — In this work, we apply the Local Boundary Integral Equation (LBIE) Method to the scatteri...
Abstract—In this work, we solve the scattering problem of a plane wave by a dielectric cylinder thro...
An improved meshless method is presented, with an emphasis on the detailed description of this new c...
An improved meshless method is presented with an emphasis on the detailed description of this new co...
Abstract—The paper presents the Scattering Operator Method, which is devoted to the problem of scatt...
Author name used in this publication: S. L. HoAuthor name used in this publication: J. M. MachadoAut...
Abstract — This work deals with one member of the class of meshless methods, namely the Meshless Loc...
The bymoment method is presented for the analysis of electromagnetic wave scattering from cylinders ...
In this paper, we consider the determination of electromagnetic fields for a (large) number of value...
In this paper, we consider the determination of electromagnetic fields for a (large) number of value...
AbstractThe singular integral equation method is used for solving the problem of diffraction by infi...
Abstract—In this paper we apply a meshless method to the classical electromagnetic scattering integr...
In this work, we apply a meshless-based method to a set of integral equations arising in electromagn...
Solving electromagnetic (EM) integral equations by numerical methods strongly relies on the domain d...
Abstract—An improved meshless method is presented with an emphasis on the detailed description of th...
Abstract — In this work, we apply the Local Boundary Integral Equation (LBIE) Method to the scatteri...
Abstract—In this work, we solve the scattering problem of a plane wave by a dielectric cylinder thro...
An improved meshless method is presented, with an emphasis on the detailed description of this new c...
An improved meshless method is presented with an emphasis on the detailed description of this new co...
Abstract—The paper presents the Scattering Operator Method, which is devoted to the problem of scatt...
Author name used in this publication: S. L. HoAuthor name used in this publication: J. M. MachadoAut...
Abstract — This work deals with one member of the class of meshless methods, namely the Meshless Loc...
The bymoment method is presented for the analysis of electromagnetic wave scattering from cylinders ...
In this paper, we consider the determination of electromagnetic fields for a (large) number of value...
In this paper, we consider the determination of electromagnetic fields for a (large) number of value...
AbstractThe singular integral equation method is used for solving the problem of diffraction by infi...