Government: HEC, USACE District and Division offices, TVA, FEMA, Ministry of Natural Resources Toronto and state water resource agencies in Alabama, Florida, Georgia, Illinois, Indiana, Kentucky, Michigan, Minnesota, North Dakota, North Carolina, South Carolina and Wisconsin. He has presented seminars and workshops in hydrology (HEC-1, HEC-HMS), river hydraulics (HEC-2, HEC-RAS, UNET) and reservoir system analysis (HEC-5, HEC-ResSIM) for government, higher education and professional organization audiences. Vernon also managed and participated in the development of software (HEC-2, HEC-RAS, HEC-5, HEC-ResSIM) and the conduct of technical studies for the National Floodplain Management Program, the National Hydropower Assessment and several basin-wide reservoir systems. Army Corps of Engineers Training Division, Hydrologic Engineering Center in Davis, California, and he has more than 40 years of water resource engineering experience in planning, reservoir system analysis, river hydraulics, floodplain management and program administration. Bonner, PE, is one of the nation’s most experienced and knowledgeable HEC software trainers. Questions: Call (817) 847-1422 or email Devon Douglas at R. Registration form: Click here to download. Where: Halff Associates, 4000 Fossil Creek Blvd., Fort Worth, TX 76137 The three-day class will qualify for 20.5 Professional Development Hours (PDHs) or Continuing Education Credits (CECs). CERTIFICATEĬertificates of completion will be awarded to class members who complete the class. However, a technical background is needed. All workshops include a review, with an emphasis on output analysis. Day 3 will include an overview of RAS Mapper, FEMA floodway procedures and HEC-RAS output review and analysis.Ī FEMA floodway model will be developed in a workshop. On Day 2, you will learn how to add roadway crossings with bridges or culverts to your model. An overview of the computational methods and data requirements will be provided. On Day 1, you will develop a river model, run simulations and review program output. Here’s a piece about the history of HEC-RAS.This three-day course will enable participants to compute water surface profiles using the computer program HEC-RAS, version 5.0.7, in a sound and effective manner. Improvements to the stability of connecting 1D reaches into and out of 2D flow areasįor more details, see What’s New in HEC-RAS and this LinkedIn post by David Markwood.More flexible internal hydraulic structures.TIN-based sloping water surface technique to show spatial results inside of RAS Mapper.2D rain-on-grid with precipitation boundary conditions.Georeferencing of lateral structures for combined 1D-2D connections.Increased flexibility in defining and modifying 2D meshes via user-defined break lines.
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