Hydrology

Hydrology

 

University of Central Florida
Civil and Environmental Engineering

Prerequisites: STA3032, CWR3201

 

Hydrologic cycle, probabilistic forecasting, rainfall excess meteorology, groundwater, storm-water runoff, flood routing and design applications

Instructor: Dr. Wanielista, 

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COURSE OUTLINE 

STARTING

or TEST DATE        READING                 TOPICS

8/22/2005                    Ch 1,               Introductions: Course Requirements, TMDL

Hydrologic Cycle, Rainfall Excess, Meteorology

and Hydrology Units

8/29                             Ch 2                Probability and Statistics

9/7                               Ch 3                Precipitation: Intensity, Duration, Return Period,

Hyetographs

9/12                             Ch 4                Hydrologic Abstractions:  Evaporation,

Transpiration, Depression Storage

9/21                                                     TEST #1 – All Previous Material

9/26                             Ch 4, 5                        Watershed Characteristics, Streamflow

Hydrographs and Flow Measurement

10/3                             Ch 7, 5                        Streamflow, Hydrographs, Base Flow, Infiltration

10/10                           Ch 6                Unit Hydrograph Methods, Synthetic Hydrographs

10/17                           Ch 6, 7            Synthetic Hydrographs, Rational Method, SCS

Procedure Santa Barbara

10/26                                                   TEST #2 – All Previous Material               

10/31                           Ch 8                Flood and Reservoir Routing, Measurements

11/7                             Ch 9                Groundwater Hydrology Concepts, Models, Local

Conditions, Testing Procedures

 

 

11/14                           Ch 10              Stormwater Management Alternatives, Retention,

                                                            Detention, Swale Design, BMPs etc.

Lectures: 

All lecture notes and learning objectives for the hydrology class are included in the related lecture note links. Students should be familiar with these notes.

Chapter 1	Introduction	Learning Objectives
Chapter 2	Probability and Statistics	Learning Objectives
Chapter 3	Precipitation Lecture	Learning Objectives
Chapter 4	Evaporation and Transpiration	Learning Objectives
Chapter 5	Watershed Characteristics - Soils, CN
Chapter 5A	Watershed Characteristics - TC, Green, and Horton	Learning Objectives
Chapter 5B	Watershed Characteristics - Applications	Learning Objectives
Chapter 6	Hydrograph Generation - Streamflow and Unit Graph	Learning Objectives
Chapter 6A	Synthetic Hydrographs
Chapter 7	Flow Measurements	Learning Objectives
Chapter 8	Flow Routing	Learning Objectives
Chapter 9	Groundwater Hydrology	Learning Objectives
Chapter 10	Stormwater Management Practices	Learning Objectives
Chapter 10	Draft of Mass Balance (excel spreadsheet) Volume Control (powerpoint presentation)

Figure 6.1b for Problem 30
Figure 6.1b for Problem 30 unit graph
Example Problem 6-3 on page 203
Figure 6-8 Logarithm Method
Riser Weir Example
Rational Formula Hydrograph
Lab 8 Data

 

Textbook Errata