Primarily students of the Bavarian Graduate School in Computational Engineering
and students who apply for the double master degree with KTH Stockholm.
If space is available also other students from related fields are welcome.
Date: April 28, 29 and May 5 Time: 9 a.m.- 4.30 p.m. (approximately)
Time Table
Thursday, April 28
10 am - 12 am
Introduction and Lecture 1
1 pm - 2 pm
Lecture 2
2 pm - 4 pm
Lab Session 1
Friday, April 29
10 am - 12 am
Lecture 3 and Lecture 4
1 pm - 4 pm
Lab Session 2
Thursday, May 5
10 am - 12 am
Final Session (Presentations and Feedback)
Preliminary content:
Introduction (General level intro)
Tsunami and Flood modelling
Overview of ANUGA software
Application
Derivation of the SWWE using simple conservation ideas and hydrostatic pressure.
Some solutions of the SWWE
Still lake
Dam Break
Steady flow over obstacle
Parabolic bowl
Tutorial using ANUGA code
Visualisation of some example flows
Finite Volume Method
SemiDiscrete Method
Godunov Method
Piecewise constant reconstruction
Flux calculation
Higher Order Spatial Methods
Piecewise linear reconstruction
Slope limiting
Fully Discrete
SSP Time integrators
Specific Numerical Problems associated with the SWWE
Wetting and Drying
Well Balanced schemes
Coding Issues
ANUGA Code
Unit Tests
Information on Lab Session
If you don't have an account at LSS, you can get a temporary account from Daniel Ritter.
The ANUGA code is installed on our CIP Machines (Room 0.133) in /central/python/anuga.
The ANUGA parent path has to be added to the environment variable PYTHONPATH. This can be done via export PYTHONPATH=$PYTHONPATH:/central/python/
The anuga_viewer is installed in /central/python/anuga_viewer/. You may have to add /central/python/anuga_viewer/bin/ your LD_LIBRARY_PATH, i.e. export LD_LIBRARY_PATH=$LD_LIBRARY_PATH:/central/python/anuga_viewer/bin/
