AEM Software: Difference between revisions
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!width="50%"|User Interface | !width="50%"|User Interface | ||
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|colspan="2"|AEM-Based Flow and Pathline Simulators | |colspan="2"|AEM-Based Dupuit-Forcheimer Flow and 3D Pathline Simulators | ||
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|[https://analyticelements.org/pubs/books/Strack_1989_GWMechanics_rs.pdf SLWL ( | |[https://analyticelements.org/pubs/books/Strack_1989_GWMechanics_rs.pdf SLWL] (single layer) || command line | ||
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|SLAEM || [http://www.strackconsultingllc.com/aem-products/ SLAEM] | |SLAEM (single layer) || [http://www.strackconsultingllc.com/aem-products/ SLAEM] | ||
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|MLAEM || [http://www.strackconsultingllc.com/aem-products/ MLAEM] | |MLAEM (multi-layer) || [http://www.strackconsultingllc.com/aem-products/ MLAEM] open source under development | ||
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|[https://www.epa.gov/water-research/capture-zone-analytic-element-model-czaem CZAEM] || command line | |[https://www.epa.gov/water-research/capture-zone-analytic-element-model-czaem CZAEM] (single layer) || command line | ||
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|ModAEM || [http://www.aquaveo.com/software/gms-groundwater-modeling-system-introduction GMS] | |ModAEM (single layer)|| [http://www.aquaveo.com/software/gms-groundwater-modeling-system-introduction GMS] | ||
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|[https://analyticelements.org/pubs/gflow1/Readme_Jan2024.txt GFLOW1] || [https://www.epa.gov/ceam/gflow-groundwater-flow-analytic-element-model GFLOW], [https://www.epa.gov/ceam/wellhead-analytic-element-model-whaem WhAEM], QGIS under development | |[https://analyticelements.org/pubs/gflow1/Readme_Jan2024.txt GFLOW1] (single layer)|| [https://www.epa.gov/ceam/gflow-groundwater-flow-analytic-element-model GFLOW], [https://www.epa.gov/ceam/wellhead-analytic-element-model-whaem WhAEM], QGIS under development | ||
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|AnAqSim || [http://www.anaqsim.com/ AnAqSim] | |AnAqSim (multi-layer multi-domain) || [http://www.anaqsim.com/ AnAqSim] | ||
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|[https://github.com/timflow-org/timflow Timflow multi-layer | |[https://github.com/timflow-org/timflow Timflow] (multi-layer)|| scripting, QGIS under development | ||
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|[https://github.com/eriktoller/andfn AnDFN (discrete fracture network | |[https://github.com/eriktoller/andfn AnDFN] (3D discrete fracture network)|| scripting | ||
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|colspan="2"|AEM-Based Flow and Transport Simulators | |colspan="2"|AEM-Based Flow and Transport Simulators | ||
Latest revision as of 12:27, 23 February 2026
Table of Solvers and Interfaces
The Analytic Element community has been very prolific with respect to the creation of software packages implementing the method. They are presented here in two categories, one referred to as computational engines, or the computational software, either for research, specialized use, and command line or script driven, and User Interface, which include computational engine(s) along with a user interface, project database, mapping window, graphical output/export, etc., for the purpose of facilitating the design of groundwater models.
| Computational Engine | User Interface |
|---|---|
| AEM-Based Dupuit-Forcheimer Flow and 3D Pathline Simulators | |
| SLWL (single layer) | command line |
| SLAEM (single layer) | SLAEM |
| MLAEM (multi-layer) | MLAEM open source under development |
| CZAEM (single layer) | command line |
| ModAEM (single layer) | GMS |
| GFLOW1 (single layer) | GFLOW, WhAEM, QGIS under development |
| AnAqSim (multi-layer multi-domain) | AnAqSim |
| Timflow (multi-layer) | scripting, QGIS under development |
| AnDFN (3D discrete fracture network) | scripting |
| AEM-Based Flow and Transport Simulators | |
| Cardinal, Bluebird, Ostrich | Visual AEM |