MoM_code_Oyre

Fortran based electromagnetic scattering program for arbitrarily shaped closed surfaces using the Method of Moments by Eilif Sommer Øyre.

• Link (10 Apr 2022)

pyGDM

pyGDM is a python toolkit for full-field electro-dynamical simulations and evolutionary optimization of nanostructures by Peter R. Wiecha. Is is based based on the Green dyadic method (GDM).

• Wiecha et al.: "pyGDM" - new funtionalities... (19 Jul 2022)
• Link (28 March 2019)

Bempp is a computational boundary element platform to solve electrostatic, acoustic and electromagnetic problems.

• Link 1 Oct 2018

for90-MoM2

for90-MoM2 by Jouni Mäkitalo is a Method of Moments electromagnetic wave scattering solver implemented in Fortran 90 for EM scattering from dielectric/lossy/plasmonic/PEC objects.

• Link (9. Sep 2015)

BEM++ Python and mesh files used in the paper
  The boundary element method for light scattering by ice crystals and its implementation in BEM++ by Samuel Groth

• Link (31 Jul 2015)

MAGMAS stands for: Model for the Analysis of General Multilayered Antenna Structures. MAGMAS is a software framework developed for the analysis of general planar structures. It was developed in cooperation with the European Space Agency ESA. The MAGMAS solution engine has been written in Fortran 90 and tested on HP-UX, Sun Solaris and Linux platforms.

• Link (10 Nov 2014) broken
• Link (4 Aug 2016)
• Review paper

ACA Solver by Juan M. Rius is a fast iterative solver for compressible linear systems, with multilevel Adaptive Cross Approximation (ACA) matrix compression. The solver has been developed for Electromagnetic Integral Equation problems discretized by Method of Moments (MoM). The Matlab code integrates a 3D MoM solver.

• Link (7 Feb 2014) insecure
• Link (4 Aug 2016) broken
• Link (10. Feb 2022)

BETL by Lars Kielhorn is a C++ template library for the discretisation of boundary integral operators. BETL can be used to discretise boundary operators associated with the Maxwell equations in 3D using the Galerkin approach.

• Link (7 Feb 2014)

The MNPBEM Toolbox by Ulrich Hohenester is a flexible simulation toolkit for the calculation of the electromagnetic properties of plasmonic nanoparticles. The toolbox has been implemented with Matlab classes. Maxwell's equations are solved using a boundary element method (BEM) approach.

The latest version of the toolbox now also includes iterative solvers and H-matrices for the simulation of large nanoparticles (consisting of a few 10 000 boundary elements).

• Link (7 Feb 2014)
• Link (12 Oct 2017) new site
• Paper (7 Jun 2011)