Groundwater Flow & Transport Modeling with GMS
This course held in cooperation with the University of Copenhagen
- Perform flow modeling with MODFLOW & MODFLOW-USG.
- Create conceptual models using GIS objects.
- Integrate GIS data into groundwater models.
- Learn to calibrate groundwater models using PEST.
- Analyze simple transport problems with MODPATH.
- Learn to model transport with MT3DMS.
- Create stratigraphy models from borehole and other subsurface data.
- Learn how to generate professional output of modeling projects.
|Day 1 AM||
Groundwater Modeling Concepts|
Conceptual Model Development, Boundary Conditions
2D vs. 3D, Steady State vs. Transient
Parsimony, Code Selection, Model Calibration, Prediction
Modeling Case Studies
MODFLOW Part I
Packages: Basic, BCF-LPF-HUF-UPW, RCH, WEL, DRN
|Day 1 PM||
MODFLOW - Part II
Packages: RIV, STR, SFR, GHB, HFB, EVT, ETS, MNW, UZF, DRT MODFLOW - Part III
Importing models – ascii, VM, GW Vistas, PMWIN
Exporting native text
Trouble shooting MODFLOW models
|Day 2 AM||
Working with Regional MODFLOW Models
Base maps, Conceptual models, Conductance
MODFLOW layer elevations
|Day 2 PM||
Site Characterization via Horizons
Horizons -> Solids
Horizons -> HUF
|Day 3 AM||
Arc Hydro Groundwater
Data model overview
Web applications - well permitting, water level mapper
Importing observation well data,Calibration basics
Point observations, Flow observations, Plotting calibration statistics
|Day 3 PM||
Parameter Estimation with PEST
Introduction to inverse modeling, Parameterization
Defining zones with key values, PEST options
Pilot point method, Regularization
Pilot point placement
|Day 4 AM||
Applications of Particle Tracking
Transport Modeling Concepts
Advection, Dispersion, Diffusion, Sorption, Decay
|Day 4 PM||Open Lab
Instructors available to help with your projects
Dr. Norm L. Jones - is a professor in the Department of Civil and Environmental Engineering at Brigham Young University. His research area is the application of computer graphics and computational geometry to ground water modeling. Dr. Jones manages the development of the GMS graphical user interface and is the director of the Environmental Modeling Research Laboratory at BYU. He has taught numerous university courses and ground water modeling short courses. He has also authored more than 90 books, reports, and technical articles and is the primary author of the GMS reference manual and tutorials.
Alan Lemon - Member of the GMS development team and software engineer at Aquaveo. Alan has years of experience developing groundwater modeling software and teaching. He has also been involved in several consulting projects using GMS to model groundwater systems
Todd Wood - is a civil engineer and groundwater modeler at Aquaveo. Todd has a MS and BS in Civil and Environmental Engineering from Brigham Young University. He worked for four years as a technical support associate for GMS and AHGW and now works on groundwater modeling projects at Aquaveo. Todd has taught groundwater modeling training courses in the United States, China, and Australia.
The cost of the 4-day course is $1595 (USD) per attendee. Save on all registrations made at least 30 days prior to the course – add $100 to the price above for late registration.
Registration includes the following:
- Instruction and hands-on use of GMS.
- Comprehensive Course Notes.
- Software CD containing the GMS software, tutorials, and documentation.
- A 30-day trial license of the Groundwater Modeling System.
- 25% Discount (up to $500.00) on the purchase of a GMS license.
- Coffee/snack breaks.
Training Attendee Cancellation Policy
Participants are required to provide their own computer with the following specifications:
- Operating System: Windows XP*, Windows Vista®, Windows 7, Windows 8/8.1 or Windows 10
- RAM: 4 GB (8 GB recommended)
- CPU: GMS software is CPU intensive. Some models and utilities integrated with GMS can take advantage of multiple processor cores simultaneously. We recommend the fastest CPU your budget allows.
- Graphics Card: For all display features to be enabled, OpenGL 1.5 or higher must be supported. The use of a dedicated graphics card is strongly recommended. Integrated graphics cards are often problematic.
- Display Resolution: 1920 x 1080 or greater
The training course will be held at:
University of Copenhagen
Department of Geosciences and Natural Resource Management
Øster Voldgade 10
1350 København K
Local Host Contact Information:
To be determined