Translations:FEM Preferences/21/en

{| class="wikitable float-right mw-collapsible mw-uncollapsed" !style="width: 33%;"|Name !style="width: 66%;"|Description Important: Elmer divides the mesh into portions. The number of portions is equal to the number of CPU cores used. This can result in side-effects: So it is often necessary to adjust the number of cores, depending on the mesh.
 * If checked, FreeCAD will look for the binary of the grid writer utility of the Elmer in known (usual) directories
 * The path to the the binary of the grid writer utility of the Elmer
 * If checked, FreeCAD will look for the solver binary of Elmer in known (usual) directories
 * The path to the the solver binary of Elmer
 * The number of CPU cores that will be used to perform the solving.
 * The path to the the binary of the grid writer utility of the Elmer
 * If checked, FreeCAD will look for the solver binary of Elmer in known (usual) directories
 * The path to the the solver binary of Elmer
 * The number of CPU cores that will be used to perform the solving.
 * The path to the the solver binary of Elmer
 * The number of CPU cores that will be used to perform the solving.
 * The path to the the solver binary of Elmer
 * The number of CPU cores that will be used to perform the solving.
 * The number of CPU cores that will be used to perform the solving.
 * The number of CPU cores that will be used to perform the solving.
 * Depending on your mesh a smaller number of CPU cores can run faster than using more cores.
 * In some cases using e.g. 12 cores does not converge while 8 cores will work fine. The reason is that at some point the mesh portions become too small.