GMS:MODFLOW: Difference between revisions

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|packages=      '''Flow:''' [[GMS:BCF_Package|BCF6]], [[GMS:HUF_Package|HUF]], [[GMS:LPF_Package|LPF]], [[GMS:UPW_Package|UPW]]<br />
|packages=      '''Flow:''' [[GMS:BCF_Package|BCF6]], [[GMS:HUF_Package|HUF]], [[GMS:LPF_Package|LPF]], [[GMS:UPW_Package|UPW]]<br />
'''Solvers:''' [[GMS:DE4_Package|DE4]], [[GMS:GMG_Package_Dialog|GMG]], [[GMS:NWT_Package|NWT]], [[GMS:PCG2_Package|PCG2]], [[GMS:LMG_Package_Dialog|SAMG]], [[GMS:SIP_Package|SIP]], [[GMS:SSOR_Package|SOR]]<br />
'''Solvers:''' [[GMS:DE4_Package|DE4]], [[GMS:GMG_Package_Dialog|GMG]], [[GMS:NWT_Package|NWT]], [[GMS:PCG2_Package|PCG2]], [[GMS:LMG_Package_Dialog|SAMG]], [[GMS:SIP_Package|SIP]], [[GMS:SSOR_Package|SOR]]<br />
'''Other:''' [[GMS:Global_Options/Basic_Package|BAS6]], [[GMS:CHD_Package|CHD1]], [[GMS:DRN_Package|DRN1]], [[GMS:DRT_Package|DRT1]], [[GMS:EVT_Package|EVT1]], [[GMS:ETS_Package|ETS1]], [[GMS:GHB_Package|GHB1]], [[GMS:HFB_Package|HFB1]], [[GMS:HUF_Package|HUF]], [[GMS:LAK_Package|LAK3]], [[GMS:MNW1_Package|MNW1]], [[GMS:MNW2_Package|MNW2]], [[GMS:MODFLOW#Output_Control|OUT1]], [[GMS:RCH_Package|RCH1]], [[GMS:RIV_Package|RIV1]], [[GMS:STR/SFR_Packages|SFR2]], [[GMS:STR/SFR_Packages|STR1]], [[GMS:WEL_Package|WEL1]], [[GMS:UZF_Package|UZF1]]
'''Other:''' [[GMS:Global_Options/Basic_Package|BAS6]], [[GMS:CHD_Package|CHD1]], [[GMS:DRN_Package|DRN1]], [[GMS:DRT_Package|DRT1]], [[GMS:EVT_Package|EVT1]], [[GMS:ETS_Package|ETS1]], [[GMS:GAGE_Package|GAGE]], [[GMS:GHB_Package|GHB1]], [[GMS:HFB_Package|HFB1]], [[GMS:HUF_Package|HUF]], [[GMS:LAK_Package|LAK3]], [[GMS:MNW1_Package|MNW1]], [[GMS:MNW2_Package|MNW2]], [[GMS:MODFLOW#Output_Control|OUT1]], [[GMS:RCH_Package|RCH1]], [[GMS:RIV_Package|RIV1]], [[GMS:STR/SFR_Packages|SFR2]], [[GMS:STR/SFR_Packages|STR1]], [[GMS:WEL_Package|WEL1]], [[GMS:UZF_Package|UZF1]]
}}
}}
GMS includes a comprehensive graphical interface to the groundwater model MODFLOW. MODFLOW is a 3D, cell-centered, finite difference, saturated flow model developed by the United States Geological Survey (McDonald & Harbaugh, 1988). MODFLOW can perform both steady state and transient analyses and has a wide variety of boundary conditions and input options.
GMS includes a comprehensive graphical interface to the groundwater model MODFLOW. MODFLOW is a 3D, cell-centered, finite difference, saturated flow model developed by the United States Geological Survey (McDonald & Harbaugh, 1988). MODFLOW can perform both steady state and transient analyses and has a wide variety of boundary conditions and input options.

Revision as of 20:52, 2 April 2012

MODFLOW
Model Info
Model type 3D, cell-centered finite-difference, saturated flow model, steady state and transient analysis
Developer USGS, [1]
Documentation

MODFLOW 88I
MODFLOW 88II
MODFLOW 96I
MODFLOW 96II
MF2K Calibration
MF2K Flow Process
MF2K huf
MF2K imf
MF2K lmt
MF2K obssenspeprocess
MF2005 Flow Process

MF NWT
Tutorials MODFLOW Tutorials
Packages

Flow: BCF6, HUF, LPF, UPW
Solvers: DE4, GMG, NWT, PCG2, SAMG, SIP, SOR

Other: BAS6, CHD1, DRN1, DRT1, EVT1, ETS1, GAGE, GHB1, HFB1, HUF, LAK3, MNW1, MNW2, OUT1, RCH1, RIV1, SFR2, STR1, WEL1, UZF1
v • e

GMS includes a comprehensive graphical interface to the groundwater model MODFLOW. MODFLOW is a 3D, cell-centered, finite difference, saturated flow model developed by the United States Geological Survey (McDonald & Harbaugh, 1988). MODFLOW can perform both steady state and transient analyses and has a wide variety of boundary conditions and input options.

GMS supports MODFLOW as a pre- and post-processor. The input data for MODFLOW are generated by GMS and saved to a set of files. These files are read by MODFLOW when MODFLOW is launched from the GMS menu. The output from MODFLOW is then imported to GMS for post-processing.

A special version of MODFLOW is distributed with GMS. This version of MODFLOW is the same as the version distributed by the USGS except for a few minor changes primarily related to file input including reading input data from HDF5 files. These changes are clearly marked in the code. For more information see MODFLOW with HDF5.

To learn more about using MODFLOW in GMS, please refer to the available tutorials.

More information about MODFLOW is available from the USGS.

Starting from GMS version 8.0, GMS supports MODFLOW 2005.

Starting from GMS version 8.2, GMS supports MODFLOW-NWT.

Pre-Processing

Post-Processing


v • e
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