Post-Construction Behavior of Round Butte Dam

by James G. Patrick,

Serial Information: Journal of the Soil Mechanics and Foundations Division, 1967, Vol. 93, Issue 4, Pg. 251-263

Document Type: Journal Paper

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The 440-ft high rockfill dam in the deep canyon of the Deschutes River in central Oregon was constructed of brittle, nonplastic core material, processed transition zones, and rock, on an irregular foundation consisting of basalt rook and stratified sediments containing other strata of basalt rock. The control of seepage through the open-jointed and multilayered basalt was one of several design and construction problems. Selection of the site, dam design, and provisions for control of abutment seepage and related construction are described. Settlement and deflection of the dam, associated longitudinal and transverse cracking, and the effectiveness of seepage control in the abutments as indicated by piezometric and seepage measurements, are considered.

Subject Headings: Construction management | Seepage | Dams | Materials processing | Construction sites | Rocks | Dam foundations | Hydraulic design | Rockfill dams | Oregon

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