Difference between revisions of "AEM Software"

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(New page: == AEM Software == {| class="wikitable" cellpadding="2" !width="225"|Computational Engines !width="225"|Modeling software |- SLWL || WhAEM2000 CZAEM || GFLOW ModAEM || VisualBlueBird GFLO...)
 
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== AEM Software ==
 
== AEM Software ==
  
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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'', usually in fact full modeling software, either for research, specialized use, or 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.
!width="225"|Computational Engines
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!width="225"|Modeling software
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{| border="1" class="wikitable" cellpadding="2" style="text-align:center"
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!width="50%"|Computational Engine
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!width="50%"|User Interface
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|-
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|[http://www.strackconsulting.com/aem-products/ SLWL (comes with book Groundwater Mechanics)] || [http://www.groundwatermodels.com/ESI_Software.php WINFLOW/AquiferWin32]
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|-
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|SLAEM || [http://www.strackconsulting.com/aem-products/ SLAEM]
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|-
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|MLAEM || [http://www.strackconsulting.com/aem-products/ MLAEM/2],[http://www.strackconsulting.com/aem-products/ MLAEM]
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|-
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|[https://www.epa.gov/water-research/capture-zone-analytic-element-model-czaem CZAEM] || [command line]
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|-
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|ModAEM || [http://www.aquaveo.com/software/gms-groundwater-modeling-system-introduction GMS]
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|-
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|GFLOW1 || [http://www.haitjema.com/ GFLOW], [https://www.epa.gov/exposure-assessment-models/whaem2000 WhAEM2000]
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|-
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|[http://www.groundwater.buffalo.edu Igor Jankovic's Split] || [ArcAEM, [http://www.civil.uwaterloo.ca/jrcraig/VisualAEM/Main.html Visual AEM]
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|-
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|[http://www.groundwater.buffalo.edu/software/software.html 3DFlow] || [command line]
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|-
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|[http://www.groundwater.buffalo.edu/software/software.html PhreFlow] || [command line]
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|-
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|AnAqSim  || [http://www.fittsgeosolutions.com/ AnAqSim]
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|-
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|[https://github.com/mbakker7/timml TimML] || [http://www.civil.uwaterloo.ca/jrcraig/VisualAEM/Main.html Visual AEM]
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|-
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|[https://github.com/mbakker7/ttim TTim] || [command line]
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|-
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|colspan="2"|AEM-Based Transport Simulators
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|-
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|Cardinal(bluebird) || [http://www.civil.uwaterloo.ca/jrcraig/VisualAEM/Main.html Visual AEM]
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|-
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|[http://www.groundwater.buffalo.edu Karl Bandilla's Robin(split)] || [command line]
 
|-
 
|-
SLWL || WhAEM2000
 
CZAEM || GFLOW
 
ModAEM || VisualBlueBird
 
GFLOW-EPA || ArcAEM
 
3DFlow || Winflow
 
PhreFlow || TWODAN
 
Split || SLAEM, MLAEM/2, MLAEM
 
TimML || GMS
 
Bluebird/Cardinal ||
 
 
|}
 
|}

Revision as of 13:03, 8 May 2017

AEM Software

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, usually in fact full modeling software, either for research, specialized use, or 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
SLWL (comes with book Groundwater Mechanics) WINFLOW/AquiferWin32
SLAEM SLAEM
MLAEM MLAEM/2,MLAEM
CZAEM [command line]
ModAEM GMS
GFLOW1 GFLOW, WhAEM2000
Igor Jankovic's Split [ArcAEM, Visual AEM
3DFlow [command line]
PhreFlow [command line]
AnAqSim AnAqSim
TimML Visual AEM
TTim [command line]
AEM-Based Transport Simulators
Cardinal(bluebird) Visual AEM
Karl Bandilla's Robin(split) [command line]