Rehabilitation of Concrete Dams: On-Demand
This webinar is the third and final course in the series on concrete gravity dams. The first webinar entitled “Introduction to Concrete Gravity Dams” (July 2012) presented information regarding the types of gravity dams, historic design, and construction practices, as well as lessons learned from noteworthy gravity dam failures. The second webinar in this series entitled, “Stability Evaluations for Concrete Dams” (Oct. 2013) presented information regarding potential failure modes, material properties, loading cases, federal agency criteria, and stability analysis methods.
This webinar will start with a brief recap of these first two webinars and then present successful methods for improving the structural stability of existing concrete gravity dams. These methods can consist of either structure or foundation improvements or a combination of both. Relevant design details in applying these methods will also be covered. Since the majority of concrete gravity dams built in the United States pre-date modern design methods, many still require stability improvements. This webinar is meant to help dam owners, regulators, and designers better understand the options available for such improvements and best practices in applying them.
Robert A. Kline, Jr., P.E.
Vice President, Gannett Fleming, Inc.
Bob is a Vice President of Gannett Fleming, Inc. and Manager in the firm’s Dams and Hydraulics Section at their Camp Hill, Pennsylvania headquarters office. Over the past 26 years, he has been continuously involved in the planning, design, and construction of over 85 existing rehabilitation and new dam projects. Bob specializes in concrete gravity dam design and was involved in the first roller-compacted concrete (RCC) gravity dams constructed in Pennsylvania, Maryland, and California. In 1998-2003, he served as the RCC Design Task Leader for the Olivenhain Dam in San Diego, California; at 318-feet, it is the tallest new concrete gravity dam constructed in North America in the past 40 years. Throughout his career, he has authored and co-authored numerous papers on the various aspects of concrete gravity dams. Bob is currently serving as a lead designer for several large dam rehabilitation projects in New York and Virginia.
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