This three-day, hands-on course provides you with the skills you need for applying FEFLOW for any kind of project related to groundwater resources management. It will cover typical modelling tasks such as delineation of groundwater capture zones based on state-of-the-art methods, estimation of water origin, budget optimization, influence of human-made activities on water resources (e.g. mines), groundwater quality and remediation, etc. Moreover, the course goes beyond standard analysis and bring into the discussion the uncertainty quantification associated to the water resources.
The course uses specially developed hands-on exercises supported by lectures on theory and relevant practical aspects.
FEFLOW is widely recognised as a comprehensive software package for subsurface flow and transport simulation. It provides unique meshing capabilities that offer exceptional geometric flexibility. The software is used by leading research institutes, universities, consulting firms and government organisations all over the world.
The scope of FEFLOW ranges from simple local-scale to complex large-scale modelling. Application areas include water management, mine water, saltwater intrusion, geothermal energy, and variably saturated media.
- Introduction to FEFLOW and its graphical user interface (flow and mass)
- Introduction to groundwater age-based methods in FEFLOW
- Delineation of well capture zones with different methods (2D/3D)
- Uncertainty associated to well capture zones (e.g. Monte Carlo methods)
- Estimation of water origin, water balances and content analysis
- Discussion on groundwater vulnerability
- Interaction of surface water and groundwater (1D/2D)
- Regional drawdown estimations (e.g. due to mining)
- Modelling of remediation techniques (e.g. flow barriers)
- Hands-on exercises
TARGET GROUP AND PREREQUISITES
Professionals working on ground water simulation in consulting companies, public authorities, university and research institutions. Participants are expected to have both a basic knowledge about groundwater systems as well as computer application. Prior experience with groundwater modelling is helpful, but not required.