Course ID: D8601328
Credits: 3
Objective: This course is aimed at providing the student with a comprehensive introduction to the most important topics in groundwater hydrology/hydrogeology. This course will prepare students to analyze groundwater flow processes taking into account aquifer properties, basic hydraulic factors, geologic controls, and their temporal and spatial interactions. Mastery of concepts relies on quantitative analysis.
Course Prerequisites: Calculus
Outline:
Introduction to hydrogeology, hydrologic cycle, and issues of hydrogeology
Properties of aquifers
Principles of groundwater flow (confined aquifer)
- Darcy’s law and equations of groundwater flow
- steady/transient flow, boundary conditions, and flow nets
Principles of groundwater flow (unconfined aquifer)
- Dupuit assumption and equations of groundwater flow
Principles of groundwater flow (unsaturated zone and fractured rock)
Groundwater flow to wells
- confined/unconfined aquifer and Theis formula
- superposition and bounded aquifers
Hydraulic testing – models, methods, and application
Soil moisture and groundwater recharge
Regional groundwater flow and groundwater geology
Groundwater modeling – numerical methods
- finite-difference method
- finite-element method
MODFLOW
Teaching Method:
Lecture notes and the oral presentation of key concepts followed by problem-solving
Reference:
Schwartz and Zheng, Fundamentals of Ground Water, Wiley, 2008.
Domenico and Schwartz, Physical and Chemical Hydrogeology, Wiley, 2008.
Fetter, Applied Hydrogeology (4th Edition), Prentice Hall, 2000.
Course Schedule (subject to change):
Introduction to hydrogeology, hydrologic cycle, and issues of hydrogeology
Properties of aquifers
Principles of groundwater flow (confined aquifer)
- Darcy’s law and equations of groundwater flow
- steady/transient flow, boundary conditions, and flow nets
Principles of groundwater flow (unconfined aquifer)
- Dupuit assumption and equations of groundwater flow
Principles of groundwater flow (unsaturated zone and fractured rock)
Groundwater flow to wells
- confined/unconfined aquifer and Theis formula
- superposition and bounded aquifers
Hydraulic testing – models, methods, and application
Soil moisture and groundwater recharge
Regional groundwater flow and groundwater geology
Groundwater modeling – numerical methods
- finite-difference method
- finite-element method
MODFLOW
Evaluation:
Participation 5%
Homework 20%
Project 15%
Midterm 25%
Final 35%