Scholarships for Students In all applications, the magnetic complex processes by carefully combining the equations of Maxwell's equations, precision engineering and micro-magnetic can be determined. The resulting software algorithms to the GPU hardware implements the most advanced and effective time available (GPU: Graphical Processing Units) are. Compared with its immense computational power to standard CPU calculations, the software opens a whole new set of research opportunities, the physics of magnetic materials rich who can understand are used in various applications.
Scholarships for Students In practice, this thesis primarily on the development of numerical algorithms for solving large systems of coupled equations in magnetism. Depending on the interests of the candidates can focus on the GPU-efficient implementation of algorithms and engineering applications are provided.
Profile
We are Scholarships for Students currently looking for a new PhD student with a masters degree in either electromechanical, electrical or physical engineering or a masters degree in physics. The research topic is the development of algorithms that efficiently solve complex coupled equations in a magnetic context.Scholarships for Students An interest in programming numerical code is required.
More information is available on http://dynamat.ugent.be/simulations
Apply
If you are interested, please contact:
Luc.Dupre@UGent.be or Bartel.VanWaeyenberge@UGent.be
Further Information
Application Deadline : 1 October 2011
