-- Draw a coil (rectangle with current density) mi_drawrectangle(-10, -5, 10, 5) mi_addblocklabel(0, 0) mi_selectlabel(0, 0) mi_setblockprop("Copper", 0, 1, "Air", 0, 0, 1e6) mi_clearselected()
Best for: 2D magnetostatic, time-harmonic, and electrostatic problems. Platform: Windows (runs on Linux/Mac via Wine). License: MIT (open source).
Archive.org or university repositories. 6. COMSOL with AC/DC Module (File Demo Mode) Best for: Evaluating commercial-grade solver (limited). Platform: Windows, Linux, macOS. License: Free for viewing/learning (cannot solve your own models).
Induction heating, magnetic brakes, electromagnets with thermal effects.
-- Draw a coil (rectangle with current density) mi_drawrectangle(-10, -5, 10, 5) mi_addblocklabel(0, 0) mi_selectlabel(0, 0) mi_setblockprop("Copper", 0, 1, "Air", 0, 0, 1e6) mi_clearselected()
Best for: 2D magnetostatic, time-harmonic, and electrostatic problems. Platform: Windows (runs on Linux/Mac via Wine). License: MIT (open source).
Archive.org or university repositories. 6. COMSOL with AC/DC Module (File Demo Mode) Best for: Evaluating commercial-grade solver (limited). Platform: Windows, Linux, macOS. License: Free for viewing/learning (cannot solve your own models).
Induction heating, magnetic brakes, electromagnets with thermal effects.