Abbrevation
CEM
City
Aachen
Country
Germany
Deadline Paper
Start Date
End Date
Abstract

To provide a forum for the presentation and discussion of research results from the various computational techniques now available for solving problems in Electromagnetics&#046; The focus is on an inclusive Conference with networking opportunities and plenty of time for informal discussion&#046; <b>Keywords:</b> A&#046; 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&#046; Numerical Methods:<br>B1 Finite Difference and Finite Volume Methods<br>B2 Finite Element<br>B3 Boundary Element/MoM<br>B4 Transmission&#8211;Line Modelling<br>B5 Mode Matching<br>B6 GTD/PO<br>B7 Hybrid Methods<br>B8 Multipole Method<br>B9 Finite Integration<br>C&#046; 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&#046; CEM in Education<br>E&#046; Code Validation