Groundwater Modeling System
Introduction to Groundwater Modeling - Finite Difference and Finite Element Methods
by H. Wang & M. Anderson
Software: Aquifer Simulation Model (ASMWIN)
Lecture
| Introduction | |
| Flow Model | |
| Mass Balance Approach | |
| Finite Difference Method | |
| Finite Element Method | |
| Transport Model | |
| Analytical | |
| Numerical (Finite Diff/Elem, Characteristics, Random Walk) | |
| Real World Applications | |
| Assumptions and Limitations of Models | |
| Uncertainties in Predictions | |
| Coupling with Environmental Chemistry |
| Useful Links | |
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Visual MODFLOW |
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Groundwater Modeling System - GMS |
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USGS Groundwater Software |
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International GW Modeling Center - IGWMC |
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EPA CSMOS |
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Scientific Software Group |
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Processing MODFLOW |
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Advanced Groundwater Modeling Course (Professional) using GMS |
| This will involve the following as implemented in GMS: |
| (1) Finite difference method and MODFLOW |
| (2) Advective transport analysis and MODPATH |
| (3) Finite element method and FEMWATER |
| (4) Solute transport simulations using FEMWATER |
| (5) Designing and implementing sensitivity studies |
| (6) Assumptions and limitations inherent in Models |
| (7) Conceptual model and grid-based approaches to using GMS |
