Simulation of needle-type corona electrodes by the finite element method
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This paper describes a software tool, called LEVSOFT, suitable for the electric field simulations of corona electrodes by the Finite Element Method (FEM). Special attention was paid to the user friendly construction of geometries with corners and sharp points, and to the fast generation of highly refined triangular meshes and field maps. The execution of self-adaptive meshes was also implemented. These customized features make the code attractive for the simulation of needle-type corona electrodes. Some case examples involving needle type electrodes are presented.
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Computer aided software engineering, Computer simulation, Electric corona, Electric field effects, Finite element method, Mesh generation, Corona electrodes, Electric field simulations, Needle type electrodes, Electrochemical electrodes
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Inglês
Citação
Plasma Science and Technology, v. 9, n. 6, p. 698-701, 2007.
