| Tue 07/02 | General introduction; Introduction
to Gmsh and GetDP:
hands-on construction of a .geo and a .pro file.
See here some general information on Onelab.
Quick overview on GetDP features from slide 59 on.
|
| Tue 14/02 | No class.
|
| Tue 28/02 | Review of Maxwell's equations, electromagnetic fields
and related global quantities (charge, voltage, current, magnetic flux),
material constitutive laws; electrostatic, electrokinetic, magnetostatic,
magnetodynamic and full wave models
[Slides],
[Slides KUL];
Electrostatics,
part 1: weak formulation in terms of the scalar potential, boundary
conditions.
|
| Tue 07/03 | Discretization: mesh, basis functions, degrees of
freedom, discrete weak
formulation; Electrostatics,
part 2: global quantities (charge and floating
potential). Electrokinetics: formulation, global quantities (voltage and
current)
[Slides KUL];
[Download simpleCable.geo,
Download simpleCable.pro].
[Homework assignments]
|
| Tue 14/03 | Overview of (other) electromagnetic modelling
techniques [Slides]; Electrodynamics
(electroquasistatics).
|
| Tue 21/03 |
Magnetostatics:
scalar and vector magnetic potentials, infinite shell transformation, edge
elements (3D vs. 2D)
[Slides KUL];
class time for homework part 1 (due on 24/3).
|
| Tue
28/03 | Magnetodynamics,
part 1: a-v formulation, global quantities (currents and voltages)
[Slides KUL];
|
| Tue 18/04 | Magnetodynamics, part 2: frequency-domain
vs. time-domain, template formulation, examples
[Slides KUL];
|
| Tue 25/04 | Going further: circuit coupling, three-dimensional
problems and Whitney elements, complementary formulations, gauging, cuts
[Slides]; class time for homework part 2 (due on 28/4)
[Slides KUL];
|
| Tue
03/05 | Nonlinear
problems: Newton-Raphson and Picard
iterations; Rigid
body forces using
the Maxwell
stress tensor.
|
| Tue 09/05 | Wave
propagation: full wave formulations, domain truncation; application to
antenna
and waveguide
modelling [Slides]. |
| Tue 16/05 | Multiphysic couplings: the
magnetometer
example (electromagnetics, thermics and elastodynamics). class time for
homework part 3 (due on 19/05) |