Hydrology Using HEC HMS

Denver, Colorado
Thursday, June 28, 2018

 

Hydrology Using HEC HMS
Thursday, June 28, 2018 8:30 AM -
Friday, June 29, 2018 5:00 PM (Mountain Time)

Leaonard Rice Engineers, Inc. Training Facility
(303) 455-9589
1221 Auraria Parkway
Denver, Colorado 80204
United States

Map and Directions
When: See Above

When: See Above

Cost:
Cost for this two-day class is $790.00.
    
 Early registration fee $725 until June 1st.
CASFM and RM-APWA fee $740
.00
      E
arly registration fee $695 until June 1st.
      If you are a member, just select that registration option.  
This low fee and discount is possible because this class is in part
sponsored by Urban Drainage & Flood Control District

CEU’s:
You will be eligible to receive 1.5 CEU’s or 15 PDH’s for this course.
This course is also eligible for 12 CECs towards ASFPM CFM Certification.

What you will learn?  

In this packed two-day class, you will learn everything you need to know about the basics and how to use of the HEC HMS software, a powerful freeware developed by the US Army Corps of Engineers.  These will include, among other topics the advantages and limitations of this model, development of design storms, HEC HMS runoff methodology, use of thee Soils Conservation Service Method, basics of unit hydrographs, kinematic wave runoff modelling, various methods of conveyance routing, etc.  This class will add more time to learn the computer model, and increase hands on experience with the HMS model based on comments from the last course.  

More specifically the following topics will be covered:

1. Overview of HEC-HMS
a. History and capabilities
b. Limitations and advantages
c. Classification of hydrologic models
d. Introduction to HMS Graphical User Interface
2. How to Build a Basic HEC HMS model
a. Students will build a Basic Runoff Model from Scratch
3. Workshop:
a. Basin delineation 
b. Rainfall development
c. Build Basic HMS model
4. Components of a Hydrologic Model
 a. Soils Conservation Service Method
    o Volumetric Losses from the Curve Number Method
    o Initial Abstractions
    o Rainfall Distributions
    o SCS UH Procedure
b. Modeling Direct Runoff with HMS
    o Basic Concepts of the Unit Hydrograph
    o User specific Unit Hydrograph
    o Snyder Unit Hydrograph
    o Clark’s Unit Hydrograph
    o Kinematic Wave Model
5. Workshop: Build and Develop a complete HMS model using
    the SCS Procedure (Till end of class day)
6. Channel Hydraulic Modeling within HMS
a. Modified Puls
b. Kinematic Wave
c. Muskingum
d. Lag
e. Muskingum-Cunge
7. Workshop: Develop a complete rainfall runoff model with
    Snyder Unit Hydrograph, Pond, and Channel Routing.
8. HMS Calibration Procedures:  Run optimization model
    within HMS from workshop model and calibrate to a gage.

Computers:  Bring your own with the HEC HMS software installed.


Faculty:
Dr. Gerald Blackler, PE, PhD has focused his academic and professional career in hydrology and water resources engineering.  He has used advanced methods in HEC-HMS models for a variety of projects across the US that range from large burn areas in New Mexico to drainage from coal mines in West Virginia.  He has worked on hydrologic and hydraulic projects across the US for the National Park Service, National Forest Service, the Federal Highway Administration, and many other public and private clients.

Dr. David Williams, PE, PhD, CFM, CPESC, PH has over 35 year of experience working in water resources and is an expert user and instructor for many US Army Corps of Engineers software packages including HEC-HMS and HEC-RAS.  David is a lead instructor for a wide range of course for American Society of Civil Engineers and instructs beginning and advanced HEC-HMS courses, geomorphology of streams, advanced courses in hydraulic modeling with HEC-RAS and many other courses around the United States.  He is a professional hydrologist (PH), and is on the board of the American Institute of Hydrology.

Colorado is a great place to visit in June!
This class will be held at a wonderful time of the year in Colorado with may vacation and recreational opportunities in the high country and the Denver area.

The size of the classroom will be limited. To assure a space click the "Register Now" button near the top of this page.

For more information, you may call UWRI directly at 303-728-4449 or e-mail the Institute at info@uwtrshd.com.

 

 

Contact Information

  • UWRI
    303-728-4449 ask for Ben
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