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HEC-RAS 2D Course
Course
Details
About:
HEC-RAS is one of the most utilized software programs in Civil Engineering. This two day seminar and computer workshop will prepare participants to use HEC-RAS for two dimensional modeling (2D) applications. Specific topics include: review of unsteady flow, offline (floodplain) modeling, inline (river) modeling, combined inline and offline modeling, and trouble shooting. Participants will spend a significant amount of time completing hands-on workshops designed to familiarize themselves with that particular aspect of the program.
Prerequisites:
Participants must have a good background in open channel
hydraulics and be familiar with the HEC-RAS software. Basic HEC-RAS input
and output data requirements WILL
NOT be covered in this class. It will be assumed that you
already know how to use the software for performing steady flow analysis.
Familiarity with the unsteady flow equations and numerical solution techniques
is desirable. Participants should be in positions requiring them to
perform complex hydraulic analysis
When: August
2025
Where: Virtual
Cost & Registration
Course fees are $1000 per participant
Register 3 or more people from the same organization and
receive a $100 discount
($900 per participant)
Government employees receive a discounted rate of $900 per
participant
(proof of government employment is required at time of
course check-in)
In order to register for the course please call Dr. Horst directly at 814-571-5607. Payment options available at this time include MasterCard, Visa, Discover, American Express, personal check, and money order
Course Agenda
Click here to see the full agenda for this 2 day course
Who Should Attend
Consulting engineers, Water resource planners,
Engineers employed by local, state and federal
government agencies. Participants should have some
experience in floodplain hydraulics and hydrology.
About the
Instructor
Dr. Horst is a registered professional engineer in
the state of Pennsylvania with over 20 years of practical water resources
engineering experience, the types of projects he has completed include:
·
Floodplains delineation of various
stream networks using HEC-RAS
·
Bridge hydraulics analysis / Backwater
effects using HEC-RAS
·
Culvert hydraulics analysis / Backwater
effects using HEC-RAS
·
Spatially varied flow analysis of Levee
overtopping
·
Bridge scour computations using HEC-18
& HEC-RAS
·
Unsteady flow modeling using HEC-RAS
·
PMF prediction for both gauged and
un-gauged drainage basins
·
Site specific unit hydrograph
determination for gauged basins
·
Dam breach analysis using HEC-1 &
HEC-RAS
·
Breach induced flood-wave routing using
HEC-1 & HEC-RAS
·
Dam/Spillway sizing for desired return
period flow
·
HEC-2 modeling of simple stream systems
He
received his B.S, M.Eng, and Ph.D. from The
Pennsylvania State University
Other Courses Available Upon Request (**in-house
training)
Engineering
Hydrology - HEC-HMS Applications
HEC-RAS Introductory
Advanced Engineering
Hydrology - HEC-HMS applications
HEC RAS 2D
HEC-RAS Unsteady Flow
HEC-RAS 2D Rainfall-Runoff Modeling
** Call Dr. Horst directly to discuss availability
and pricing
Homepage Curriculum Vitae Research Interests Classes Taught Continuing Education