2023 HEC-RAS 2D- Virtual
- Registration Closed
This is an interactive seminar focused on the application and benefit of two-dimensional flow capabilities of HEC-RAS, specific to the dam safety industry. The course will maintain a balance between lecture-style presentations on model theory and hands-on workshop sessions for examples of model applications. Topics will include applications and benefits of HEC-RAS 2D modeling; RAS Mapper and terrain preparation; running 2D models including dam, levee, and breach modeling; viewing results with RAS Mapper; troubleshooting and model review. The course will also cover new features released with recent updates to HEC-RAS , such as spatial precipitation and infiltration; 2D bridge hydraulics; improvements to RAS Mapper; and more. The course will utilize the most recent version of the HEC-RAS software available at that time.
It is recommended that attendees have some HEC-RAS 1D unsteady experience. ASDSO’s HEC-RAS Course is a recommended prerequisite.
Takeaways for this course:
- Understand when and where to use HEC-RAS 2D
- Develop necessary input/terrain data for HEC-RAS 2D
- Create and run a HEC-RAS 2D model
- Troubleshoot and review a HEC-RAS 2D model
- Utilize HEC-RAS 2D for various dam safety applications
Patrick Miles, PE
Project Manager & Engineer
Freese & Nichols, Inc.
As a firm associate and member of Freese and Nichols’ Water Resources Design Group for the past 15 years, Patrick specializes in hydrologic and hydraulic modeling for dams, levees, canals, spillways, and related structures for assessments, comprehensive reviews, rehabilitation design, Probable Maximum Flood analyses, breach analyses and levee certifications. His H&H modeling abilities include significant experience in HEC-HMS and HEC-RAS, SITES, FLOW3D, with experience in HEC-RAS extending to all components of one-dimensional and two-dimensional flow, as well as utilizing corresponding GIS applications for model development, consequence assessment, and map production. Patrick has served as lead instructor for HEC-RAS 2D training courses through nationwide professional organizations and multiple state dam safety agencies over the past 6 years. He holds a bachelor’s degree in Civil Engineering from Texas A&M University and is a licensed professional engineer in eight states.
Jeremy Dixon, PE, CFM
Project Manager & Engineer
Freese & Nichols, Inc.
Jeremy Dixon is a Project Manager in Freese and Nichols’ North Texas Stormwater Group. Over his 11-year career, he has specialized in hydrologic and hydraulic modeling of riverine and storm drain systems. His modeling experience has regularly included interactions with dams, levees, canals, spillways, pump stations, and other structures for both planning-level assessments and design. He has also developed reservoir gate operations plans and helped implement them into a flood forecasting system. Jeremy’s primary modeling experience is with HEC-HMS, HEC-RAS, InfoWorks ICM, and XP-SWMM, though he is always looking for more tools to put into the toolkit. His HEC-RAS experience covers steady flow analysis through unsteady 1D/2D modeling as well as pure 2D analysis. Jeremy has served as the lead instructor for HEC-RAS 2D training courses in Texas since 2018. He holds bachelor’s and Master’s degrees in Civil Engineering from Texas Tech University and is a licensed professional engineer in Texas.
Camilo Cristancho, PE
Engineer
Freese & Nichols, Inc.
Camilo Cristancho has 9 years of experience, the past 5 as a member of Freese and Nichols’ Water Resources Design Group. Camilo is experienced in water resources planning, dam inspections and rehabilitation design support, with particular emphasis on hydrologic and hydraulic modeling for dams, levees, and spillways for assessments, rehabilitation design, Probable Maximum Flood analyses, and breach analyses. He has significant experience in HEC-HMS, HEC-RAS, SITES, and WinDAM, with experience in HEC-RAS extending to all components of one-dimensional and two-dimensional flow, as well as utilizing corresponding GIS applications for model development, consequence assessment, and map production. Camilo’s background includes support to local dam owners, state, and national regulatory agencies. He holds a bachelor’s degree in Civil Engineering from Universidad de los Andes and a Master of Science in Civil Engineering from Texas A&M University and is a licensed professional engineer in eight states