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United States Department of Agriculture

Agricultural Research Service

Hydraulic Structures
item Simplistic design methods for moderate-sloped stepped chutes (Dec 2014)
item Step by step: Design procedures for stepped chutes (Sep 2014)
item Webinar: Stepped chute design for embankment dams (Jul 2014)
item Flow depth and energy coefficient relatiohnships for stepped spillways (Jun 2014)
item Stepping up research efforts (Jan 2014)
item New flow depth relationships for embankment dam stepped spillway design (Dec 2013)
item When air really matters: Flow depth relationships for stepped spillways (Sep 2013)
item WinDAM C earthern embankment internal erosion analysis software (Sep 2013)
item A mechanistic detachment rate model to predict soil erodibility due to fluvial and seepage forces (May 2013)
item Deriving parameters of a fundamental detachment model for cohesive soils from flume and jet erosion tests (Apr 2013)
item Relationship between the erosion properties of soils and other parameters (Mar 2013)
item Earthen embankment overtopping analysis using the WinDAM B software (Feb 2013)
item Evaluation and development of physically-based embankment breach models (Nov 2012)
item Evaluation and development of physically-based embankment breach models (Nov 2012)
item Closure to "Inception point relationship for flat-sloped stepped spillways" by Sherry L. Hunt and Kem C. Kadavy (Nov 2012)
item Discussion of internal erosion modeling (Sep 2012)
item A step in the right direction: new flow depth relationships for stepped spillway design (Sep 2012)
item Earthern embankment overtopping analysis using the WinDAM B software (Sep 2012)
item Development a fluvial detachment rate model to predict the erodibility of cohesive soils under the influence of seepage (Jul 2012)
Last Modified: 9/20/2013
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