By solving Maxwell’s laws in 2D or 3D, we are able to predict:

  • temporal and spatial distribution of electric and magnetic fields
     
  • spatial dynamics of electric potential
     
  • streamline analysis of current density
     
  • transmitted power (resistance and inductance computations as a function of frequency)

 

By coupling heat transfer with electromagnetic phenomena, such processes like Induction Heating or Joule Effect can be optimized :

  • optimization of the design of the inductor
     
  • optimization of the geometry of electrode ovens
     
  • minimization of electrical breakdown risk with high-voltage cables