Session 4 – Numerical Methods
Chairmen: Professor Kay Hameyer, RWTH-Aachen University, Germany
Ian MacDiarmid, BAE SYSTEMS, UK

Introductory Lectures

10.10

Computation of Electromagnetic Fields in Dense Biological Cell Structures using Modified Subgridding of Quasi-Static FDTD Method
C H See, R Abd-Alhameed, P S Excell, Bradford University, UK

Evaluation of the Front-Fixing Method Capabilities for Numerical Modelling of Diffusion in Moving Systems
I O Golosnoy, J K Sykulski, University of Bradford, UK

A Discountinuous Galerkin Method to Solve Electromagnetic Problems
L Pebernet, X Ferrieres, F Rogier, ONERA, France, S Pernet, CERFACS, France, P Degond, IMT, France

Path Loss Estimation in 3D Environments using a Modified 2D Finite-Difference Time-Domain Technique
Y Wu, M Lin, I Wassell, University of Cambridge, UK

Three-dimensional Parallel FDTD Simulation of Light-Emitting Diodes
I J Buss, M J Cryan, J G Rarity, University of Bristol UK, G R Nash, QinetiQ & University of Bristol, UK

An Electrostatic Charging Model for Aircraft Fuel Tanks
N E Pegg, BAE Systems Advanced Technology Centre, UK

Calculation of Inducted Currents using Edge Elements and T-T0 Formulation
A Demenko, R Wojciechowski, Poznan University of Technology, Poland, J K Sykulski, University of Southampton, UK

H- and A- Time-Domain Formulations for the Modeling of Thin Electromagnetic Shells
R V Sabariego, C Geuzaine, University of Liège, Belgium, Fonds de la Recherce Scientifique, Belgium, J Gyselinck, Université Libre de Bruxelles, Belguim

Perturbation Finite Element Method for Magnetic Circuits
P Dular, University of Liège, Belgium & Université de Lyon, France, R V Sabariego, University of Liège, Belgium, L Krähenbühl, Université de Lyon, France

On Loops and the Low-Frequency Breakdown of MoM
G Morgan, Culham Electromagnetics Ltd, UK

Higher Order Basis Functions for MoM Calculations
J Eastwood, G Morgan, Culham Electromagnetics Ltd, UK

Thin Film Slot Models in Frequency Domain TLM (FD-TLM)
J J Kazik, IDS Ingegneria Dei Sistemi Ltd, UK

Sub-Cell Models in Unstructured 2D TLM
J G Wykes, P Sewell, C Christopoulos, T M Benson, D W P Thomas, A Vukovic, University of Nottingham, UK

Modelling Non-Linear Photonic Structures Using the Transmission Line Modelling Method
A Vukovic, P Sewell, C Styan, T M Benson, University of Nottingham, UK

A Robust and Efficient Algorithm to Solve the Scattering Problems with Impedance Condition
F Millot, S Pernet, CERFACS, France

Session 5 – Coupled Problems and Hybrid Methods
Chairmen: Dr Luk Arnaut, National Physical Laboratory, UK
Professor Bill Trowbridge, International Compumag Society, UK

Introductory Lectures

Validation of Electromagnetic-Thermal Coupled Modelling of Levitation Melting
D Hectors, K Van Reusel, J Driesen, Katholieke Universiteit Leuven, Belgium

Perfect Matching Layer for HAAR Wavelet based Multi-Resolution Time-Domain Technique
X J Wang, Y Hao, C H Chu, Queen Mary University of London, UK

Modelling Movement with Meshless Methods
S A Viana, Universidade Federal do Ceará, Brazil, H C Lai, D Rodger, University of Bath, UK

Modelling of a Microstrip Patch Antenna using a Hybrid FDTD/PEEC Method
C J Railton, University of Bristol, UK

Exploiting Partial Symmetries in 3D Magnetostatic Calculations Using a Scalar Potential Formulation
S Koch, T Weiland, Technische Universität Darmstadt, Institut für Theorie Elektromagnetischer Felder, Germany, H De Gersem, Katholieke Leuven Universiteit, Campus Kortrijk, Belgium

A 3D Simplified Model of the Synchronous Machine for External Field Computation
D Roger, E Napieralska, S Duchesne, F Perisse, LSEE - Universitè d’Artois, France

Imposing Boundary Conditions in the Meshless Local Petrov Galerkin Method
A R Fonseca, E J Silva, R C Mesquita, Universidade Federal de Minas Gerais, Brazil, S A Viana,Universidade Federal do Ceará, Brazil

Smoothed Particle Electromagnetics with Boundary Absorbing Condition using Perfectly Matched Layers
M L Mendes, L C A Pimenta, R C Mesquita, E J Silva, T C Sant'ana, Universidade Federal de Minas Gerais, Brazil

An Improved Physics-based Phase Variable Model of PM Synchronous Machines Obtained through Field Computation
Z Liu, O A Mohammed, S Liu, Florida International University, USA