Proceedings of the 7th International Conference on Analytic Element Method in Modeling Groundwater Flow
Colorado School of Mines, Integrated Groundwater Modeling Center, Golden, Colorado
20–21 May 2015
Colorado School of Mines, Integrated Groundwater Modeling Center, Golden, Colorado
20–21 May 2015
Organizing Committee
- Dr. O.D.L. Strack, Chair, University of Minnesota
Technical Committee
- Dr. Erik Anderson, Layne Christensen Company
- Dr. Mark Bakker, Delft University of Technology
- Dr. Randal J. Barnes, University of Minnesota
- Dr. James Craig, University of Waterloo
- Dr. Wim J. de Lange
- Dr. Henk Haitjema, Indiana University
- Dr. Dave Steward, Kansas State University
- Dr. Otto D.L. Strack, University of Minnesota
Session 1: Application of the Analytic Element Method I
Chairs: Randal Barnes and William Olsen
- Erik Anderson and P. Jurcek: Stream depletion and TTim
- Wim J. de Lange: Application of AEM for creation of a large, continuous plate-shaped injection below a canal
- S. Gaur, Ch. Sudheer, B.R. Chahar, and Didier Graillot: Application of AEM and Artificial Neural Network for Optimization of Groundwater Extraction
- Randal J. Barnes: The analytic element method as a probability engine
- Mark Wisnack: The use of an analytic element model to assess ground water impacts of canals in Southern Florida
Session 2: Developments in the Analytic Element Method
Chairs: James Craig and Henk Haitjema
- Otto D.L. Strack: A hybrid iterative/direct method for high-order head-specified line elements
- Ali Ameli and J.R. Craig: Transient groundwater flow simulation using Laplace transform series solution methods
- Otto D.L. Strack and E.C. Wendland: Application of new high-order analytic elements to modeling inhomogeneities
- James R. Craig: Series solution methods for irregular domains: A primer
Session 3: Formulations for Modeling Transient Flow, Interface Flow and Surface Water–Groundwater Interaction
Chairs: Erik Anderson and Mark Bakker
- Henk M. Haitjema and D.B. Abrams: On transient time distributions in watersheds
- Daniel B. Abrams: Nitrate response functions for watersheds
- Otto D.L. Strack and B.K. Ausk: A formulation for vertically integrated groundwater flow in a stratified coastal aquifer
- Bonnie K. Ausk: Application of the exact solution for a stratified coastal aquifer
- Erik Anderson: Analytical models of groundwater–surface water interaction
Session 4: Application of the Analytic Element Method II
Chairs: Wim de Lange and Didier Graillot
- Mark Bakker: Interactive multi-layer analytic element modeling with Jupyter Notebooks
- Otto D.L. Strack: Assessing groundwater sustainability using vertically integrated models
- Taha Namazi: Some interesting calculations on the concept of vertically integrated flow
- Wim de Lange: Analysis of a porous layer surrounding a large tube for large domain infiltration in deltaic aquifers