Proceedings of the 6th International Conference on Analytic Element Method in Modeling Groundwater Flow
Colorado School of Mines, Integrated Groundwater Modeling Center, Golden, Colorado
30 May – 2 June 2013
Colorado School of Mines, Integrated Groundwater Modeling Center, Golden, Colorado
30 May – 2 June 2013
Organizing Committee
- Dr. O.D.L. Strack, Chair, University of Minnesota
- Dr. Randal J. Barnes, University of Minnesota
- Dr. James Craig, University of Waterloo
- Dr. Henk Haitjema, Indiana University
- Dr. Stephen Kraemer, EPA
- Dr. Theo Olsthoorn, Amsterdam Water Supply
Technical Committee
- Dr. Erik Anderson, Layne Christensen Company
- Dr. Mark Bakker, Delft University of Technology
- Dr. Wim J. de Lange, RIZA, the Netherlands
- Dr. Dave Steward, Kansas State University
- Dr. Kees Maas
- Dr. Anvar Kacimov
- Dr. Edson Wendland
Opening
- O.D.L. Strack, Current state of the Analytic Element Method
Session 1: Application of the Analytic Element Method I
- Henk Haitjema, A hybrid GFLOW and MODFLOW model for large regional systems
- David R. Steward, Integration of AEM models with societal and natural processes
- S. Gaur, Development of groundwater resources management model using Analytic Element Method (AEM) and Particle Swarm Optimization (PSO)
- Wim J. de Lange, Solving a complex issue using a simple analytic element model
Session 2: Application of the Analytic Element Method II
- Randal J. Barnes, Parental care for analytic element models
- Wim J. de Lange, Some thoughts about the use of analytic elements in a grid based modeling environment
- Taha Namazi, Simulation of groundwater flow in the Shiraz plain using the Analytic Element Method
Session 3: Application of Analytic Modeling of Problems of Heat Flow
- Theo Olsthoorn, Temperature changes in buried water pipes for transport of heat for sustainable energy applications
- William Olsen, Measuring groundwater flux through a lake bed using heat as a tracer
Session 4: Analytic Solutions to Groundwater Flow Problems I — Transient Flow
- Anvar Kacimov, Transient flow to a well in a confined and unconfined aquifer: the Polubarinova-Kochina analytic arsenal revisited
- Kees Maas, Seasonal expansion and contraction of a cone of depression due to groundwater pumping
Session 5: Analytic Solutions to Groundwater Flow Problems II
- William Olsen, Effect of a well that partially penetrates a confining unit on the leakage between aquifers
- Erik I. Anderson, Aquifer dewatering with a horizontal well
Session 6: Analytic Solutions to Groundwater Flow Problems III
- Ali Ameli, Modeling saturated-unsaturated subsurface flow with the semi-analytic series solutions method
- Willem Jan Zaadnoordijk, On spatial interpretation of head time series in Dutch Coastal Dune areas
- Erik I. Anderson, Stagnation zones, critical flow, free jets, and phreatic jets
Session 7: Developments in the Analytic Element Method I
- Mark Bakker, Transient Multi-Layer LTAEM modeling with applications to groundwater flow and carbon geologic sequestration
- James R. Craig, Simulating groundwater flow in aquifers with continuously varying properties
Session 8: New Analytic Elements I
- Otto D.L. Strack, A new formulation for high-order line-elements
- Taha Namazi, An analytic element for modeling infiltration in a leaky aquifer system
Session 9: New Analytic Elements II
- Patrick R. Nevison, An analytic element of arbitrary shape
- Otto D.L. Strack, An application of the analytic element method to linear elasticity
Session 10: Analytic Solutions to Groundwater Flow Problems IV
- David R. Steward, AEM methods for large regional model domains with sloping base
- Otto D.L. Strack, Development of transient analytic elements using the Generating Analytic Element Approach
- Bonnie K. Ausk, An analytic element for a periodic well that switches on at a given time