.../methodology/approach A formulated method of moments (MoM) solution for the Green’s function, defined by the Laplace-Beltrami operator on the surface of the unit sphere, is attempted. The boundary is assumed to have an arbitrary shape and is approximated by dividing it into a set of points connected...

... – The optimization process is based on a method of moment (MoM)-solver, which was individually made to create such patch antenna phased arrays and simulate the radiated field pattern. In combination with this MoM-solver, a GUI, which gives the opportunity to change every physical antenna factor and create...

... in electromagnetic non-destructive evaluation and has already been exhaustively studied. Design/methodology/approach – The defect is modeled by a volumetric current dipole density which satisfies an integral equation. The latter is solved by the classical method of moments. The authors propose the use...

... by the Mixed Potential Integral Equation (MPIE) for the electric field due to energized thin‐wire conductors in stratified media. The solution for the current and the electric field distribution is obtained by using the Method of Moments. Findings Numerical results are obtained of the current distribution...

... Group Publishing Limited 2011 CUDA Eddy‐current testing GPGPU Parallel method of moments Computing architecture graphics Computer hardware Method of moments The mathematical model of the simulation of the probe‐defect interaction of a group of cracks (multiple cracks...

...; Grcev and Arnautovski‐Toseva, 2003; Grcev et al., 2003; Grcev, 1996). For this, they employ numerical techniques such as the finite element method (FEM), the method of moments (MoM) or other numerical methods. They are based on fewer assumptions and simplifications than the circuit methods...

... with the interior nodes of the discretization mesh, such that the current continuity is everywhere insured. The existence of the holes in the shield is taken into account by associating only one surface vector function with each hole. A method of moments is then applied to compute the scalar coefficients...

...) and on a surface method of moment (MoM) is presented. The proposed technique is applied to the solution of 3D electric field problems where different perfectly conducting bodies are placed in a homogeneous and isotropic medium. The approach is also extended to the analysis of static current field. In the presented...

.... DOTIG4 is based on the solution of the Time Domain Electric Field Integral Equation (TD‐EFIE) by the method of moments (MoM) using a marching‐on‐in‐time procedure. The code is applied to transient scattering of several structures and to calculate the input impedance of several broadband antennas...