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Surface Water Hydrology

  • Preface
  • 1. Introduction
  • 2. Hydrologic Cycle
  • 3. Watersheds
    • Delineation (by Hand)
    • Delineation (Homebrew DEM)
    • 3.1 QGIS
    • Delineation (using GIS)
  • 4. Precipitation
    • Precipitation Modeling
    • Precipitation over an Area
  • 5. Hydrologic Abstractions
    • 5.1 Infiltration
    • GIS Soils Properties
    • 5.2 Evapotranspiration
    • 5.3 Interception/Depression Storage
  • 6. Streamflow
    • Streamflow Data Modeling
    • Automated Data Retreival
  • 7. Surface-Runoff Mechanics
  • 8. Hydrographs
    • 8.1 Baseflow Separation
    • 8.2 Unit Hydrographs
  • 10. Data Analysis
  • 11. Hydrologic Routing
    • 11.1 Channel Routing
    • 11.2 Level Pool Routing
    • 11.3 Outlet Control(s)
  • 12. Rainfall-Runoff Modeling
    • 12.1 Rational Model
    • 12.2 Linear Reservoir Model
    • 12.3 NRCS CN model
    • 12.4 Nonlinear Reservoir Model
  • 13. HEC-HMS Introduction
  • 14. Introduction to SWMM
  • River Morphology and Channel Dynamics
  • 24. Exams
    • Exam 1
    • Solution Sketch Exam 1
    • Exam 2
    • Solution Sketch Exam 2
    • Exam 3
    • Solution Sketch Exam 3
  • Watershed Planning
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Contents
  • References
  • Spreadsheets

11.3 Outlet Control(s)¶

Go through presentation below:

  1. Cleveland, T. G. (2017) Surface Water Hydrology Notes (Reservoir-Outlet Works) to accompany CE-3354, Department of Civil, Environmental, and Construction Engineering, Whitacre College of Engineering.

References¶

cite pages of textbook

links to other readings

Spreadsheets¶

  1. Circular Channel-Mannings

  2. Elevation-Discharge Table

  3. OgeeWhizSpillwayEquation

  4. OrificeDischargeCalculatorUSCustomary

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11.2 Level Pool Routing

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12. Rainfall-Runoff Modeling

By Theodore G. Cleveland, Ph.D., P.E., M.ASCE, F.EWRI
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