Simultaneous heat and solute transport modeling of ...

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XVI International Conference on Computational Methods in Water Resources (CMWR-XVI) Ingeniørhuset

Simultaneous heat and solute transport modeling of ground water with lattice Boltzmann methods
Paper
Author:Kathleen Bardsley <katie.bardsley@fiu.edu> (Florida International University)
Shadab Anwar <shadab.anwar@fiu.edu> (Florida International University)
Michael Sukop <sukopm@fiu.edu> (Florida International University)
Presenter:Michael Sukop <sukopm@fiu.edu> (Florida International University)
Date: 2006-06-18     Track: Special Sessions     Session: Boltzmann Methods in Water Resources
DOI:10.4122/1.1000000257
DOI:10.4122/1.1000000258

Recent advances in lattice Boltzmann modeling permit simulation of large-scale density-dependent ground water flow and heat/solute transport systems while retaining the advantages of ‘regular’ lattice Boltzmann methods, such as solute/heat transport at higher Reynolds numbers that can characterize flows in conduits. We model the simultaneous heat/solute problem described by Henry and Hilleke in 1972 as an extension of Henry’s classic 1964 seawater intrusion problem. We also demonstrate the method’s ‘dual domain’ modeling potential.