ANUGA - Present Applications and Future Potential, 16-17 September 2008 at Geoscience Australia

ANUGA is a Free and Open Source Software implementation of the Shallow Water Wave equations which has been developed by Geoscience Australia (GA) and the Australian National University (ANU) since 2004 (see ​ModSim 2005 proceedings). The software can be downloaded online at ​http://sourceforge.net/projects/anuga. ANUGA has primarily been used for tsunami inundation modelling (see e.g. ​AusGeoNews 2006), due to the worldwide interest in tsunamis triggered by the events of Boxing Day 2004. Presently, there is an increasing interest in developing ANUGA into a tool for flood modelling, dam break studies and modelling of coastal processes (see e.g. ​Rigby).

Workshop objectives

• Bringing the user community closer together
• Sharing different case studies where ANUGA is being used to model hydrodynamic systems
• Discussing and making prioritised recommendations for the future development of ANUGA.

Invitation

Please see the workshop ​invitation for more information.

Participants (updated regularly)

• Miriam Middelmann (Miriam.Middelmann@…): Chair and facilitator
• Ole Nielsen (Ole.Nielsen@…): Presenting "ANUGA - An open source hydrodynamic modelling library".
• Nils Goseberg (goseberg@…): Presenting ​Inundation modeling due to hypothetical tsunami scenarios for the city of Padang, West Sumatra within "Last-mile - Evacuation"
• Rudy van Drie (rudy.vandrie@…): Presenting "Extending the ANUGA framework with flood modelling capabilities" and "Validating ANUGA for riverine flood modelling".
• Ted Rigby (ted.rigby@…): Presenting ​Experiences in applying and calibrating ANUGA as a riverine flood model.
• Stephen Roberts (Stephen.Roberts@…): Presenting "Numerical challenges in ANUGA" and "Parallelising ANUGA".
• Duncan Gray (Duncan.Gray@…)
• William Power (W.Power@…): TBA
• Petar Milevski (pmilevski@…)
• Craig Palmer (cpalmer@…)
• Leharne Fountain (Leharne.Fountain@…): Presenting "Numerical convergence of ANUGA in regard to density of elevation data: How fine is fine enough?"
• Rajaraman (rraman64@…)