symmetry_and_boundary_conditions
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symmetry_and_boundary_conditions [2024/02/14 22:50]
stanzurek |
symmetry_and_boundary_conditions [2024/02/14 22:53] (current)
stanzurek |
| | {{sym_symmetry_comparison.png?500}} | Fig. 5. \\ Visual comparison of all 4 cases. It should be noted that the actual flux density distribution is the same - as can be judged by the coloured map. The difference in the flux line appearance is only apparent, because the limits of flux change and FEMM scales the plotting of the flux lines differently. \\ \\ The flux density at the central point By(0,0) is identical in all 4 cases, with the difference not exceeding 0.4% resulting only from the changes of the mesh. | | | {{sym_symmetry_comparison.png?500}} | Fig. 5. \\ Visual comparison of all 4 cases. It should be noted that the actual flux density distribution is the same - as can be judged by the coloured map. The difference in the flux line appearance is only apparent, because the limits of flux change and FEMM scales the plotting of the flux lines differently. \\ \\ The flux density at the central point By(0,0) is identical in all 4 cases, with the difference not exceeding 0.4% resulting only from the changes of the mesh. | |
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| <box download>femm_symmetry.zip</box> | <WRAP center round download 60%> |
| | Download example file: [[http://www.femm.drsz.pl/lib/exe/fetch.php/femm_symmetry.zip|femm_symmetry.zip]] |
| | </WRAP> |
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symmetry_and_boundary_conditions.1707947411.txt.gz · Last modified: 2024/02/14 22:50 by stanzurek
