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Creator:: Pouderoux, Pierre
Resource Type:: Masters Thesis
Full Text:: changes in depth known as ''hydraulic jumps." Streaming flow occurs when the local velocity is less

Creator:: Huang, Cheng-Chang
Abstract:: Maximum equilibrium scour depths, equilibrium scour volumes, and induced equilibrium movements at isolated obstacles on river beds were investigated in clear-water scour. The research was achieved by a systematic flume study based on the results of dimensional analysis of local scour. The main tested obstacles for local scour were cubes....
Resource Type:: Dissertation
Full Text:: toward the water surface. An increase of flow Froude Number leads to a hydraulic jump behind the cube

Creator:: Oregon State University. Engineering Experiment Station, Slotta, Larry S., 1934-, Elwin, E. Harvey, Mercier, Howard T., and Terry, Michael D.
Resource Type:: Technical Report
Full Text:: Stratified Reservoir Currents PART I. Entering Streamfiow Effects on Currents of a Density Stratified Model

Creator:: Frizenschaf, Jacqueline
Abstract:: A flume study was conducted to investigate the influences of changing hydraulic conditions on the bed morphology of a scoured pool. During a simulated storm runoff event, responses of the pool were tested under different conditions: clearwater flow, sediment supply at steady rates, and two different sediment mixtures of the...
Resource Type:: Masters Thesis
Full Text:: step was to run several experiments with the physical model by changing the hydraulic parameters at

Creator:: Richmond, J. Brady
Abstract:: Strong tidal currents experienced at Keystone Harbor, WA, have caused navigational hazards and disrupted ferry service in the area. This thesis presents details of the design, construction and implementation of a large scale physical model of Keystone Harbor used to evaluate the effectiveness of proposed jetty design alternatives to improve...
Resource Type:: Masters Thesis
Full Text:: Implementation of a Physical Model for Keystone Harbor, WA Abstract approved: Daniel T. Cox Strong tidal

ScholarsArchive@OSU