Downloads

Seer 3D 2

User's Guide (Last update: 3/12/2011; 2,631 KB).

See3d207.zip ( Last update: 1/31/2012; 42,015 KB): Installation package; Download the file, unzip its contents to a clean directory, run setup.exe, and the following the screen instruction to install the Visual C++ Runtime Libraries and Seer3D. The installed application is locked to a Demo Mode. You need a license key to unlock it to the full version. The Demo Mode works as a Seer3D Viewer that can open Seer3D models saved by the full verion. In addition, the Demo Mode allows for loading a MODFLOW model with up to 5,000 cells and 3 stress periods.

Sample models are available here.

Release notes.

Processing Modflow 8

User's Guide (Last update: 10/24/2011; 7,409 KB).
Pm8024_setup.exe ( Last update: 2/5/2012; 37,391 KB): Full version installation file (requires a license key starting with PMFV8 to unlock).
Pm8024upgrade_setup.exe ( Last update: 2/5/2012; 37,391 KB): Upgrade version installation file (requires a license key of Processing Modflow Pro 7.x and a license key starting with PMUG8).
Demo Version: This file installs a full functional evaluation version that is limited to 5,000 cells.
Bin2asc_pm8.zip (Last update: 12/24/2011; 227KB): This file contains the source code and executable that converts the (true) binary result files of MODFLOW to ASCII. Please read the source code for instruction.
Release notes.

Processing Modflow Pro 7.1.4

User's Guide (Last Update: 4/6/2006; 5,843 KB).
Setup ( Last update: 1/31/2011; 26,392 KB): Setup installs a full functional evaluation version limited to 5,000 cells. The evaluation version may be used for class-room teaching purposes and may not be used for any for-profit purposes. Registered users are recommended to download and install Setup to update your copies of Processing Modflow Pro.
Release notes

Processing Modflow 5.3.3

See here for details.

Processing Modflow-Related Publications

Below are links to some PMWIN-related works and publications. If you would like yours to be listed here, please contact us.

A Survey of Methods for Analysing Groundwater Recharge in Arid & Semi-arid Region. (United Nations Environmental Programme; Year of publication: 2002; 5,905 KB).
A System to support decision making for peatland management in the humid tropics. By Henk Ritzema, Dana Veltman, and Henk Wösten. Published in: J. Päivänen (Ed). Wise use of peatlands. Proceedings 12th Int. Peat Congress, 6-11 June 2004, Tampere, Finland, Vol I: 720-725.
Comparision of an analytic and a numercal approach for tracer transport in a fractured geothermal reservoir. By Aniko Toth, Peter Szucs and Elemer Bobok. PROCEEDINGS, Thirty-Fourth Workshop on Geothermal Reservoir Engineering. Stanford University, Stanford, California, February 9-11, 2009.
Complex Scientific Analysis in Geothermal Exploration in the Pannonian Basin. By Elemer B, Peter Sz, Aniko T, and Attila K. Proceedings World Geothermal Congress 2010. Bali, Indonesia, 25-29 April 2010.
Development of Steady State Groundwater Flow Model in Lower Walawa Basin - Sri Lanka. (Integrating GIS, Remote Sensing, and Numeric Groundwater Modelling). By Amarasingha Arachchillage Anoja Kumudu Kumari Senevratne, March 2007)
Evaluation of groundwater resources in the Geba basin, Ethiopia. By Kibrewossen Tesfagiorgis, Tesfamichael Gebreyohannes, Florimond De Smedt, Jan Moeyersons, Miruts Hagos, Jan Nyssen and Jozef Deckers. Bulletin of engineering geology and the environment DOI: 10.1007/s10064-010-0338-3
Groundwater flow section modelling of salinisation processes in the Champhone Catchment, Savannakhet Province, Lao PDR. By Iwona Wiszniewski and Rungruang Lertsirivorakul. Proceedings of the 2005 International Conference on Simulation and Modelling.
Groundwater Modeling Course. Material of a short course that utilizes PMWIN. By Arlai Phatcharasak, University Rajabhat Pathom Nakhon and Manfred Koch, University of Kassel.
Hydrodynamic coefficients estimation and aquifer simulation using PMWIN model. By Reza Lalehzari, Sayyed Hassan Tabatabaei,and Majid Kholghi. Fourteenth International Water Technology Conference, IWTC 14 2010, Cairo, Egypt.
Impact of Gravel Pits on Ground water: Case Study of Gravel Pits near the Mohelnice City, Czech Republic. By Tomas Kuchovsky, Adam Ricka, and Jaroslava Cervenkova.
Modelling Effects of Val-Bird Weir Height on Water Tables Along the Haughton River (Burdekin Haughton Water Supply System). By Kumar A. Narayan, Damaris Hartmann, Philip Charlesworth, Joseph K. Kemei and Keith L. Bristow. CSIRO Land and Water Client Report for Burdekin Dry Tropics Board, August 2004.
Modeling groundwater flow using PMWIN and ArcGIS. By Jay Thomas Aber, Xiaoying Yang, and David R. Steward. Water Resources Research Lab. Kansas State University.
Northern segment of the Edwards Aquifer groundwater availability model. GAM Stakeholder Training Nov. 2003. Texas Water Development Board.
One-Week Module on Stochastic Groundwater Modeling. By David C. Mays, University of Colorado Denver.
The groundwater modeling tool for GRASS (GMTG): Open source groundwater ﬂow modeling. By J.J. Carrera-Hernndez and S.J. Gaskin. Computers & Geosciences 32 (2006) 339–351.
Uncertainty Estimation of Pathlines in Ground Water Models. By Fritz Stauffer. Vol. 43, No. 6—GROUND WATER—November–December 2005 (pages 843–849).
Using conceptual groundwater data model to model groundwater flow with PMWIN. By Xiaoying Yang, Jay Thomas Aber, and David R. Steward. Department of Civil Engineering. Kansas State University.
Water quality study for drinking purpose in rural areas (Case study: Ezbet Arab El Aiaada). By Safaa Soliman. Water Science. Issue 37. April 2005.