![]() ![]() In practice, FEM dominates in structural mechanics and electromagnetics, while FVM is preferred for computational fluid dynamics (CFD). In principle, one could model multiphysics problems within a single framework by using either FEM or FVM. Microwave heating of water in rectangular waveguide.Liquid cooling of electrical motor rotor part.Electromagnetic induction / transformer example.Electrons in electric and magnetic fields.Electron hole trajectories in HPGe detector.When we started development of EOF-Library in 2016, we were not able to find any other open-source tool that could solve such type of problems. The initial application for the EOF-Library was magnetohydrodynamics (MHD) with free surface modelling of various industrial applications. The availability of high-quality FEM and FVM solvers combined with pre and postprocessing tools make them very popular. Most multiphysical problems on complex geometries are solved using the finite element method (FEM) and the finite volume method (FVM). Conjugate Heat Transfer (CHT) combined with electric heatingĪny combination between OpenFOAM and Elmer FEM solvers is possible.A combination of all three results in very capable multiphysics modelling software. EOF-Library is open-source coupling library for Elmer FEM and OpenFOAM simulation packages. ![]()
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