Join us in Knoxville, TN for the 2024 Southeast Regional Conference, April 8-11, 2024 at the Knoxville Convention Center. The Southeast Regional Conference is the perfect opportunity for dam and levee safety professionals from across the Southeast to network, learn from industry leaders, and share their knowledge with others in the community. The Southeast Regional Conference includes two General Sessions, 12 Concurrent Sessions comprised of 3...

This course provides broad coverage of stability analysis for embankment dams. Topics addressed in the course include soil stress-strain behavior, shear strength selection, field, and laboratory testing methods, slope stability analysis methods, slope stability analysis loading cases, seepage as related to stability analysis, and stability rehabilitation methods. The course includes several exercises to reinforce the information presented in l...

This is the second of a two-part series on overtopping protection systems for embankment and concrete dams (Register for Intro to Overtopping Protection Systems). Many dams today have insufficient spillway capacity and may be overtopped during large floods below the regulatory requirement. In recent years, dam overtopping protection has become increasingly popular as a means to provide additional flood release capacity when more conventional m...

This is the first of a two-part series on overtopping protection systems for embankment and concrete dams. Five Learning Objectives of This Course: Exposure to wide range of potential overtopping protection systems for dams. Case histories of design applications and performance. Limitations of use, including infrequent operation and/or low hazard conditions. Advantages of one system relative to the others, including cost. Current research and...

The on-demand course is intended to give the participants an understanding of cavitation on chutes and spillways. The course will be introduced with a video of a case study that illustrates some of the fundamentals of cavitation and an explanation of why cavitation causes damage. Following the video, a Power Point presentation will discuss the beneficial effects of aeration on preventing damage due to cavitation. The participants will be guide...

The on-demand webinar will describe the evolution of Prestressed Rock Anchor technology as applied for over 50 years to dams in North America. This evolution will be presented through an analysis of the successive phases of the PTI "Recommendations" documents, which constitute the referenceable standard of care. Special attention will be paid to issues associated with long-term performance and the so called "Legacy Anchors." Five Learning Obje...

This on-demand webinar will start with the most basic seepage concepts and finalize on actual evaluation of piezometric data for earth dams and levees. Simple basic seepage ideas using high graphic illustrations will be the means to teach all concepts in this webinar. Also, numerous difficult concepts will be fully explained using high graphic simple illustrations. For example, course will also provide unique insight into how seepage changes w...

This course is intended to provide guidance on the proper selection and installation of waterstops for hydraulic structures. This course will discuss the various types and applications of waterstops and discuss the necessary design constraints such as site constraints, joint types, head pressures, and concrete clearances and cover. The course will emphasize the need for thorough structure detailing to ensure proper clearances and placement loc...

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 Learning Objectives of This Course: How could overtopping affect my earthen dam? How could internal...

This course will address a variety of geologic issues in dam and levee design and safety engineering, with emphasis on the application of 3D geologic modeling and other technologies to enhance communication between the project geoscientists and the project engineers, regulators and other stakeholders.