Recent approaches to model corner singularities in electromagnetic analysis require a treatment substantially different from that of edge singularities. In this article, new algorithms are proposed for handling the combination of corner singularities and Green's function singularities on quadrilateral cells in method-of-moments procedures
We present new subsectional, singular divergence conforming vector bases that incorporate the edge c...
This paper presents new techniques to compute with an extremely high accuracy the moment integrals o...
This paper presents new singular curl- and divergence- conforming vector bases that incorporate the ...
The Method of Moments (MoM) is an efficient way of obtaining solutions of integral equations for 2D ...
The use of singular basis functions enhances the convergence of method-of-moments (MoM) solutions fo...
The Finite Element Method (FEM) and Method of Moments (MoM) are popular numerical methods for solvin...
Scalar and vector basis functions for modeling edge and corner singularities associated with electro...
Scalar and vector basis functions have been developed that permit accurate modeling of singularities...
Scalar and vector basis functions are developed for modeling corner singularities in electromagnetic...
This paper describes the fundamental properties of new singular vector bases that incorporate the ed...
Complex scattering targets contain metallic structures with junctions and sharp edges that require a...
A method is presented for the fast and accurate solution of elliptic boundary value problems on doma...
Singular basis functions are known to improve the accuracy and convergence of numerical solutions wh...
In the recent past the authors have developed new hierarchical scalar and vector basis functions for...
This paper summarizes and disseminates our efforts in developing new techniques to handle singularit...
We present new subsectional, singular divergence conforming vector bases that incorporate the edge c...
This paper presents new techniques to compute with an extremely high accuracy the moment integrals o...
This paper presents new singular curl- and divergence- conforming vector bases that incorporate the ...
The Method of Moments (MoM) is an efficient way of obtaining solutions of integral equations for 2D ...
The use of singular basis functions enhances the convergence of method-of-moments (MoM) solutions fo...
The Finite Element Method (FEM) and Method of Moments (MoM) are popular numerical methods for solvin...
Scalar and vector basis functions for modeling edge and corner singularities associated with electro...
Scalar and vector basis functions have been developed that permit accurate modeling of singularities...
Scalar and vector basis functions are developed for modeling corner singularities in electromagnetic...
This paper describes the fundamental properties of new singular vector bases that incorporate the ed...
Complex scattering targets contain metallic structures with junctions and sharp edges that require a...
A method is presented for the fast and accurate solution of elliptic boundary value problems on doma...
Singular basis functions are known to improve the accuracy and convergence of numerical solutions wh...
In the recent past the authors have developed new hierarchical scalar and vector basis functions for...
This paper summarizes and disseminates our efforts in developing new techniques to handle singularit...
We present new subsectional, singular divergence conforming vector bases that incorporate the edge c...
This paper presents new techniques to compute with an extremely high accuracy the moment integrals o...
This paper presents new singular curl- and divergence- conforming vector bases that incorporate the ...
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