To provide a forum for the presentation and discussion of research results from the various computational techniques now available for solving problems in Electromagnetics. The focus is on an inclusive Conference with networking opportunities and plenty of time for informal discussion. <b>Keywords:</b> A. Methods and Techniques of Computational Electromagnetics:<br>A1 Theory<br>A2 Algorithms<br>A3 Software Developments<br>A4 Novel Computer Architecture<br>A5 Coupled Problems<br>A6 Optimisation<br>A7 Microelectromagnetics<br>B. Numerical Methods:<br>B1 Finite Difference and Finite Volume Methods<br>B2 Finite Element<br>B3 Boundary Element/MoM<br>B4 Transmission–Line Modelling<br>B5 Mode Matching<br>B6 GTD/PO<br>B7 Hybrid Methods<br>B8 Multipole Method<br>B9 Finite Integration<br>C. Applications of Computational Electromagnetics:<br>C1 Antennas<br>C2 EMC/EM Hazards<br>C3 Machine Design<br>C4 Non Destructive Testing<br>C5 Sensors/Actuators<br>C6 Microwave/Optical Circuits<br>C7 Electromagnetic Band Gap Structures<br>C8 Bioelectromagnetics<br>C9 Nanotechnologies<br>C10 Material Modelling<br>C11 Power Electronics<br>C12 Visualisation of Electromagnetic Phenomena<br>D. CEM in Education<br>E. Code Validation
Abbrevation
CEM
City
Aachen
Country
Germany
Deadline Paper
Start Date
End Date
Abstract