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SUMMARY:Complete method for calculating magnetostatic fields
DTSTART:20130717T140000
DTEND:20130717T150000
DTSTAMP:20260506T144126Z
UID:ab8d54f50a3b04652a9d4cb3537bca2c386689c533a52925a1729338
CATEGORIES:Conferences - Seminars
DESCRIPTION:Kevin Ratelle\, Laboratoire en Energie Electrique\, Polytechni
 que Montréal\nOptimizing the efficiency of devices using magnetic fields 
 relies on fast and accurate magnetostatic numerical models. A custom packa
 ge was developped in Python (with embedded C functions) and was first used
   as the core of a 3D high fidelity sizing tool for synchronous machines\
 , but could also be used in various other applications\, such as magnetic 
 levitation.\nThe package is general enough to handle almost any magnetosta
 tic problem using time and memory efficient algorithms. All the most impor
 tant features of the tool will be presented in a coherent way\, including 
 sources (current densities\, permanent magnets)\, magnetic materials (soft
  ferromagnets\, diamagnets\, hard superconductors) and postprocess (force\
 , torque\, energy).
LOCATION:BC.229 http://plan.epfl.ch/?lang=fr&room=bc.229
STATUS:CONFIRMED
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