ABSTRACT Extreme pressures in the hydraulic jump are associated with risk of damage to the flow discharge system of dams by a series of mechanisms. Therefore, understanding and predicting these efforts are crucial for the safe and economical design of discharge systems. Thus, this paper aims to validate an existing pressure forecasting methodology for estimating the extreme pressure in the hydraulic jump with low Froude number (below 4.5). Results have shown that the method may be used for this situation on a preliminary basis. Further studies are recommended to refine the technique and to achieve results that are more precise
Hydraulic cavitation is usually an undesirable phenomenon since it can damage the concrete surface o...
AbstractHydraulic jump is a phenomenon caused by change in stream regime from supercritical to sub -...
ABSTRACT This paper discusses the action of jets formed in ski jump spillways on pre-excavated still...
Extreme pressures in the hydraulic jump are associated with risk of damage to the flow discharge sys...
Pressure fluctuations beneath hydraulic jumps potentially endanger the stability of stilling basins....
ABSTRACT The overflow system of a dam safely controls the water level of a reservoir. The design of ...
Knowledge of extreme pressures and fluctuations within stilling basins is of the utmost importance, ...
Pressure fluctuations beneath hydraulic jumps potentially endanger the stability of stilling basins....
Stepped spillways have been increasingly used to handle flood releases from large dams associated wi...
ABSTRACT Stilling basins are structures built at the base of the spillway to dissipate energy, by me...
The internal flow of hydraulic jump is essentially an unsteady flow subjected to macroturbulent rand...
A particularly challenging aspect in gravity dam stability assessment is the estimation of the induc...
This study, which includes both experimental and numerical-modelling components, investigates the po...
The problem of forecasting emergency situations at hydraulic facilities of a hydroelectric complex, ...
The problem of forecasting emergency situations at hydraulic facilities of a hydroelectric complex, ...
Hydraulic cavitation is usually an undesirable phenomenon since it can damage the concrete surface o...
AbstractHydraulic jump is a phenomenon caused by change in stream regime from supercritical to sub -...
ABSTRACT This paper discusses the action of jets formed in ski jump spillways on pre-excavated still...
Extreme pressures in the hydraulic jump are associated with risk of damage to the flow discharge sys...
Pressure fluctuations beneath hydraulic jumps potentially endanger the stability of stilling basins....
ABSTRACT The overflow system of a dam safely controls the water level of a reservoir. The design of ...
Knowledge of extreme pressures and fluctuations within stilling basins is of the utmost importance, ...
Pressure fluctuations beneath hydraulic jumps potentially endanger the stability of stilling basins....
Stepped spillways have been increasingly used to handle flood releases from large dams associated wi...
ABSTRACT Stilling basins are structures built at the base of the spillway to dissipate energy, by me...
The internal flow of hydraulic jump is essentially an unsteady flow subjected to macroturbulent rand...
A particularly challenging aspect in gravity dam stability assessment is the estimation of the induc...
This study, which includes both experimental and numerical-modelling components, investigates the po...
The problem of forecasting emergency situations at hydraulic facilities of a hydroelectric complex, ...
The problem of forecasting emergency situations at hydraulic facilities of a hydroelectric complex, ...
Hydraulic cavitation is usually an undesirable phenomenon since it can damage the concrete surface o...
AbstractHydraulic jump is a phenomenon caused by change in stream regime from supercritical to sub -...
ABSTRACT This paper discusses the action of jets formed in ski jump spillways on pre-excavated still...