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Hydrology II (Paper-Based)

(Course Available After Purchase)Instructor: Frederick Bloetscher$355

Overview:
Gain some exposure to hydrologic applications, through studying topics such as hydrographs, unit hydrographs, river routing, reservoir routing, groundwater hydrology, urban hydrology, hydrologic simulation, streamflow synthesis, and the use of hydrology in engineering design. This course has been approved by the American Meteorological Society for satisfying their core requirements. Part of the Meteorology Certificate Program.

In this independent study paper-based course, you submit assignments to an instructor, who grades them and gives you feedback. Textbook must be purchased separately. Take up to one year to complete.
Who Should Attend?
People who are interested in water control structure design work, such as the measurement and interpretation of stream flow, find this course useful.
Prerequisites:
Hydrology I (ENGN5501C) or the equivalent; calculus and chemistry are desirable.
Additional Information:
Order textbooks from Specialty Books. Select subject area Engineering, then select course.
Objectives:
  • Use hydrologic data to forecast stream flow and stage hydrographs, to route hydrographs to points downstream, and to estimate parameters (needed in water control structure design works), such as flood and drought frequencies.
  • Perform digital simulations, hydraulic routing, stochastics and water chemistry.
  • Syllabus:
    Syllabus -- Hydrology II, ENGN5502C, Grad. School, USDA Required Textbooks:
    Order textbooks from Specialty Books.

    LESSONS 1 and 2: Hydrographs
    1. Hydrograph Components
    2. Hydrograph Time Relationships
    3. Unit Hydrographs
    4. Synthetic Unit Hydrographs
    LESSONS 3 and 4: Routing
    1. River Routing
    2. Reservoir Routing
    LESSONS 5 and 6: Groundwater Hydrology
    1. Introduction
    2. Groundwater Flow
    3. Flow to Wells
    4. Saltwater Intrusion
    5. Groundwater Basin Development
    6. Regional Groundwater Models
    LESSONS 7 and 8: Urban Hydrology
    1. Approaches to Urban Hydrology
    2. Effects of Urbanization on Runoff
    3. Peak Flow Methods for Urban Areas
    4. Urban Hydrograph Methods and Models
    5. Vendor-Developed Urban Stormwater Software
    LESSON 9: Review of Lessons 1 -8

    LESSONS 10, 11 and 12: Hydrologic Simulation and Streamflow Synthesis
    1. Hydrologic Simulation Overview
    2. Single-Event Rainfall - Runoff Models
    3. Continuous Simulation Models
    4. Groundwater Flow Simulation Models
    5. Streamflow Synthesis
    LESSONS 13 and 14: Hydrology in Design
    1. Hydraulic Structure Design Methods
    2. Hydrologic Design Data
    3. Hydrologic Design Standards and Criteria
    4. Synthesizing Design Storms
    5. Urban Storm Drainage Design
    6. Airport Drainage Design
    7. Detention Storage Design
    LESSON 15: Review of Lessons 10 - 14


    Course Details
    CODE:  ENGN5502C
    TYPE:  Distance Education
    LENGTH:  Up to 1 Year(s)
    CREDITS:  3
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