Entering streamflow effects on currents of a density stratified model reservoir
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Entering streamflow effects on currents of a density stratified model reservoir

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Published .
Written in English

Subjects:

  • Reservoirs -- Mathematical models.

Book details:

Edition Notes

Statementby Elmer Harvey Elwin.
The Physical Object
Pagination94 leaves, bound :
Number of Pages94
ID Numbers
Open LibraryOL14348852M

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Get this from a library! Stratified reservoir currents: Entering streamflow effects on currents of a density stratified model reservoir. The Numac method for nonhomogeneous unconfined Marker-and-Cell calculations.. [Larry S Slotta]. Abstract. Graduation date: The effect of entering streamflow on currents of a density\ud stratified reservoir has been studied in a laboratory model to\ud provide insight into the prediction, control, and maintenance of\ud quality water discharge from a thermally stratified reservoir.\ud Twenty experiments were performed using various concentrations\ud of a sodium chloride solution to. The effect of entering streamfiow on currents of a density stratified. reservoir has been studied in a laboratory model to provide insight into. the prediction, control, and maintenance of quality water discharge from. stratified reservoirs. The effect of entering streamflow on currents of a density stratified reservoir has been studied in a laboratory model to provide insight into the prediction, control, and maintenance of quality water discharge from a thermally stratified reservoir.

Stratified reservoir currents: Entering streamflow effects on currents of a density stratified model reservoir. The Numac method for nonhomogeneous unconfined Marker-and-Cell calculations. By. Publisher: Corvallis, Or.: Oregon State University, Engineering Experiment Station. The effects of inflow boundary conditions, ambient stratification, and geometry on the behavior of a density-induced current in a stratified reservoir are quantified through numerical experiments. May 14,  · The cold river water inflow often plunges below the ambient dam reservoir water and becomes density underflow through the reservoir. The hydrodynamics of density currents and plunging are difficult to study in the natural environment and laboratory condition due to small-scale, entrainment and turbulent nuamooreaid.com by: 4. Modelling the propagation of turbid density inflows into a stratified lake: Daecheong Reservoir, Korea Article in Environmental Modelling and Software 24(12) · December with 61 Reads.

He proposed that two-dimensional density currents entering a linearly stratified system can exhibit two types of behavior, depending on the bottom slope, the initial buoyancy flux and the ambient stratification, and termed these two behaviors or modes as ‘entraining plumes’ (EP) and ‘detraining gravity currents Cited by: 5. Mar 02,  · This study investigates outflow concentration and venting efficiency through reservoir outlets in a reservoir sluicing operation related to turbid density current. A 3D numerical model is employed to simulate a venting operation for a turbid density current in typhoon-induced flood Cited by: 8. o > there is no risk of a salt water wedge forming. In order to determine the shape of the salt water wedge using the previous equation, a boundary condition is needed at the river mouth: Large density variation over short vertical distance. Prevents vertical exchange of water. All the mentioned analytical models for prediction of waterflooding performance of stratified reservoirs neglect the effect of density difference between water and oil and thus do not account for vertical crossflow due to nuamooreaid.com gravity effect wae ignored to obtain simple analytical solution.