A well-known numerical integration scheme for weakly near-singular integrands on triangle domains, is the Radial-Angular-RI-Sqrt near-singularity cancellation transformation quadrature scheme. Such integrals feature routinely in the method of moments (MoM), for integral equation based numerical electromagnetic field calculations. Recently, a closed-form quadrature error estimate has been proposed for this scheme. In this paper, the estimate is further improved, such that its range of applicability is extended
The accurate and efficient evaluation of surface source integrals is a key step in obtaining reliabl...
Because of the widespread use of the Method of Moments for simulation of radiation and scattering pr...
Integral equation methods for the solution of partial differential equations, when coupled with suit...
In the method of moments (MoM) for integral equation based numerical electromagnetic field calculati...
The method of moments (MoM) is used for the numerical solution of electromagnetic field integral equ...
This paper is concerned with the method of moments (MoM) for electric field integral equation (EFIE)...
A new technique for machine precision evaluation of singular and nearly singular potential integrals...
Accurate evaluation of singular potential integrals is essential for successful method of moments (M...
This paper presents a novel simple to implement technique to accelerate the method of moments applie...
Using the Method of Moments, the computation of the near-field interactions requires to evaluate 4D ...
The electromagnetic scattering in conducted bodies is of great study in the literature once its imp...
A formulation of the Method of Moments is presented for analyzing scattering problems involving thre...
In this work we present a purely numerical procedure to evaluate strongly near-singular integrals i...
A set of novel, grid-robust, higher order vector basis functions is proposed for the method-of-momen...
A theoretical error estimate for quadrature formulas, which depends on four approximations of the in...
The accurate and efficient evaluation of surface source integrals is a key step in obtaining reliabl...
Because of the widespread use of the Method of Moments for simulation of radiation and scattering pr...
Integral equation methods for the solution of partial differential equations, when coupled with suit...
In the method of moments (MoM) for integral equation based numerical electromagnetic field calculati...
The method of moments (MoM) is used for the numerical solution of electromagnetic field integral equ...
This paper is concerned with the method of moments (MoM) for electric field integral equation (EFIE)...
A new technique for machine precision evaluation of singular and nearly singular potential integrals...
Accurate evaluation of singular potential integrals is essential for successful method of moments (M...
This paper presents a novel simple to implement technique to accelerate the method of moments applie...
Using the Method of Moments, the computation of the near-field interactions requires to evaluate 4D ...
The electromagnetic scattering in conducted bodies is of great study in the literature once its imp...
A formulation of the Method of Moments is presented for analyzing scattering problems involving thre...
In this work we present a purely numerical procedure to evaluate strongly near-singular integrals i...
A set of novel, grid-robust, higher order vector basis functions is proposed for the method-of-momen...
A theoretical error estimate for quadrature formulas, which depends on four approximations of the in...
The accurate and efficient evaluation of surface source integrals is a key step in obtaining reliabl...
Because of the widespread use of the Method of Moments for simulation of radiation and scattering pr...
Integral equation methods for the solution of partial differential equations, when coupled with suit...