Visualisation of groundwater flow using texture based visualisation techniques
David James Warne, Joseph A. Young, Benjamin Cumming · QUT ePrints (Queensland University of Technology) · 2009
Texture based techniques for visualisation of unsteady vector fields have been applied for the visualisation of a Finite volume model for variably saturated groundwater flow through porous media. This model has been developed by staff in the School of Mathematical Sciences QUT for the study of salt water intrusion into coastal aquifers. This presentation discusses the implementation and effectiveness of the IBFV algorithm in the context of visualisation of the groundwater simulation outputs.