Add to ORKGA physical model study was conducted in the Hydraulics Laboratory of the us Bureau of Reclamation to develop a modification for the stilling basin at Arthur R. Bowman Dam, Oregon. Flow through the existing stilling basin generates supersaturated dissolved gas levels that exceed state standards. Alternatives stilling basin designs were considered. Resulting dissolved gas levels, modified energy dissipation, and potential structure and river bottom and bank erosion were evaluated
Hydraulic jump is one of the effective ways of energy dissipation in stilling basins that the energ...
The stilling basin of Rusfors spillway comprised a concrete frame with two supporting plates and a c...
Total dissolved gas (TDG) supersaturation in waters released at hydropower dams can cause gas bubble...
A physical model study was conducted in the Hydraulics Laboratory of the us Bureau of Reclamation to...
A stilling basin is an energy dissipator for spillways and other hydraulic structures. Designed to g...
The dissipation of excess energy from flows exiting a spillway is often needed to prevent or reduce ...
To assess the performance of a stilling basin under the probable maximum flood, standard probable fl...
Criterion have been developed for designing a stilling basin to serve as a transition from closed co...
One of the main problems at the Hričov weir is the scour development in the riverbed just downstream...
Advances in dam construction techniques have significantly increased the number of implemented stepp...
In dams with low tailwater levels, the hydraulic jump may not occur on the protected apron. This cou...
Criterion have been developed in this study for designing a stilling basin to serve as a transition ...
The present paper describes the experimental campaign carried on the physical model of the spillway ...
Introduction: The Engineering Experiment Station at Utah State University was engage...
When water released from an outlet in reservoir whether from gate, valves or tunnels or conduits and...
Hydraulic jump is one of the effective ways of energy dissipation in stilling basins that the energ...
The stilling basin of Rusfors spillway comprised a concrete frame with two supporting plates and a c...
Total dissolved gas (TDG) supersaturation in waters released at hydropower dams can cause gas bubble...
A physical model study was conducted in the Hydraulics Laboratory of the us Bureau of Reclamation to...
A stilling basin is an energy dissipator for spillways and other hydraulic structures. Designed to g...
The dissipation of excess energy from flows exiting a spillway is often needed to prevent or reduce ...
To assess the performance of a stilling basin under the probable maximum flood, standard probable fl...
Criterion have been developed for designing a stilling basin to serve as a transition from closed co...
One of the main problems at the Hričov weir is the scour development in the riverbed just downstream...
Advances in dam construction techniques have significantly increased the number of implemented stepp...
In dams with low tailwater levels, the hydraulic jump may not occur on the protected apron. This cou...
Criterion have been developed in this study for designing a stilling basin to serve as a transition ...
The present paper describes the experimental campaign carried on the physical model of the spillway ...
Introduction: The Engineering Experiment Station at Utah State University was engage...
When water released from an outlet in reservoir whether from gate, valves or tunnels or conduits and...
Hydraulic jump is one of the effective ways of energy dissipation in stilling basins that the energ...
The stilling basin of Rusfors spillway comprised a concrete frame with two supporting plates and a c...
Total dissolved gas (TDG) supersaturation in waters released at hydropower dams can cause gas bubble...