CE 483 - 2023 Fall

Lectures

  1. Syllabus review
    1. Lecture 1: Introduction to surface water hydrology
    2. Exercise 1: Install QGIS and HEC-HMS
  2. Lecture 2: Hydrologic cycle, budget, and models
    1. Homework 1: Hydrologic budget
  3. Exercise 2: Download DEM and calculate flow directions using QGIS
  4. Lecture 3: Precipitation
  5. Lecture 4: Precipitation data
    1. Homework 2: Areal precipitation
  6. Quiz 1: Hydrologic budget
    1. Lecture 5: Intensity-duration-frequency curve
  7. Lecture 6: General form of IDF relationships
    1. Homework 3: IDF curves
  8. Exercise 3: Example 4.4
    1. Exercise 4: Calculating hydrologic parameters using QGIS
  9. Exercise 5: HEC-HMS modeling
  10. Project proposal presentations
  11. Project proposal presentations
  12. Lecture 7: Interception and depression storage
  13. Review for the midterm exam
  14. Homework 4: Infiltration lab
  15. Midterm exam
  16. Lecture 8: Evaporation and transpiration
  17. Lecture 9: Evaporation pan method
    1. Homework 5: Evaporation and transpiration
  18. Quiz 2: Water budget and evaporation
    1. Lecture 10: Soil properties
  19. Project work
  20. Lecture 11: Infiltration
  21. Lecture 12: Estimation of the volume of infiltrated water using Horton’s model
    1. Homework 6: Numerical method for Horton’s infiltration model
  22. Lecture 13: Green-Amt infiltration model
    1. Homework 7: Derive the integrated form of the Green-Amt model
  23. Exercise 6: Solve the same problem using Eq. (7.13)
  24. Lecture 14: SCS runoff curve number method
    1. Homework 8: SCS runoff curve number method
  25. Project work: 2023 New Mexico Water Conference
  26. Lecture 15: Hydrograph
  27. Example 9.2
  28. Project work: Free and Open Source for Geospatial (FOSS4G) Asia Conference
  29. Project work: FOSS4G Asia Conference
  30. Final exam