WinDAM - Overtopping and Internal Erosion for Earthen Embankments

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WinDAM software estimates the erosion and breach outflows from overtopping flows and internal erosion flows affecting earthen embankments.  This webinar will provide an overview of the WinDAM model and the various inputs needed.  The webinar will also cover output from WinDAM.  The webinar will target users and designers more than researchers.

 Five Takeaways:

How could overtopping affect my earthen dam?

How could internal erosion breach my earthen dam?

How do I operate WinDAM software?

What data do I need to put in a WinDAM model?

What results/output does WinDAM software provide?

Karl Visser

Hydraulic Engineer

USDA-NRCS

Karl holds BS and MS degrees in agricultural engineering from Kansas State University in Manhattan, KS.  He is licensed as a professional engineer in Kansas and Illinois and has worked for the Natural Resources Conservation Service (NRCS) in Kansas, Illinois, and Texas since 1982. He is married to Susan and has two children, Sarah and Kenton. Karl is the agency liaison for SITES and WinDAM software for hydraulic routing and auxiliary spillway erosion. He has reviewed several hundred NRCS dam rehabilitation projects across the US during his time at the National Design, Construction, and Soil Mechanics Center (NDCSMC) in Fort Worth, TX.

Jon Fripp

USDA-Natural Resources Conservation Service, Stream Mechanics Engineer

Jon Fripp has worked for the last 18 years as a civil engineer with National Design, Construction and Soil Mechanics Center of the United States Department of Agriculture’s Natural Resource Conservation Service.  Prior to employment with the NRCS, Jon Fripp worked for the US Army Corps of Engineers and in the private sector.  Jon’s expertise is in the planning, analysis and design of hydraulic structures including levees, dams, stream restoration and flood control projects.  Jon has worked throughout the United States and on various assignments abroad. Jon is the lead for the NRCS HECRAS team and has taught numerous classes in ecology, irrigation, construction, restoration and various aspects of hydraulic design and analysis.

OUTLINE


1 Software capabilities and limitations: what can the software do?
2 Overtopping erosion – how does the software estimate overtopping erosion? 
3 Geotechnical parameters – how do I estimate model inputs?
4 1st Q&A 
5 File management – how do I create and manage files? 
6 Output – what output can I create? 
7 Internal erosion – how does the software estimate internal erosion? 
8 2nd Q&A 

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2.00 PDH credits  |  Certificate available
2.00 PDH credits  |  Certificate available