Stepped spillways have become a popular method for handling flood releases. The steps increase significantly the rate of energy dissipation taking place on the spillway face and reduce the size of the required downstream energy dissipation basin. The compatibility of stepped spillways with roller compacted concrete (RCC) and gabion construction techniques results in low additional cost for the spillway. This paper presents a review of recent developments for the design of stepped spillways, provides a discussion of the effects of air entrainment, and presents new calculation methods that take into account the effects of flow aeration on the flow characteristics and the rate of energy dissipation
ABSTRACT. Many aging watershed dams require hazard classifications changes. As a result, these dams ...
Stepped channels and spillways have been used for centuries. Recently, new construction materials, (...
The stepped spillway design is associated with significant flow resistance and associated energy dis...
Recently, spillways with a stepped profile have regained interest and favor among design engineers t...
Stepped spillways have become a popular method for handling flood releases. The steps increase signi...
Stepped spillways have become a popular method for handling flood releases. The steps increase signi...
Stepped spillways have become a popular method for handling flood releases. The steps increase signi...
Abstract: During the 19th century, overflow stepped spillways were selected frequently with nearly o...
During the 19th century, overflow stepped spillways were selected frequently with nearly one third o...
During the 19th century, overflow stepped spillways were selected frequently with nearly one third o...
Stepped weirs and dam spillways have been increasingly used for handling flood releases, due to thei...
In the last decades the design of stepped spillways regained some interest because of their suitabil...
The hydraulics of stepped spillways with flat steps is well documented and some design guidelines ex...
Stepped channels and spillways are used since more than 2,500 years. Recently, new construction mate...
On a spillway chute, a stepped design increases the rate of energy dissipation on the chute itself a...
ABSTRACT. Many aging watershed dams require hazard classifications changes. As a result, these dams ...
Stepped channels and spillways have been used for centuries. Recently, new construction materials, (...
The stepped spillway design is associated with significant flow resistance and associated energy dis...
Recently, spillways with a stepped profile have regained interest and favor among design engineers t...
Stepped spillways have become a popular method for handling flood releases. The steps increase signi...
Stepped spillways have become a popular method for handling flood releases. The steps increase signi...
Stepped spillways have become a popular method for handling flood releases. The steps increase signi...
Abstract: During the 19th century, overflow stepped spillways were selected frequently with nearly o...
During the 19th century, overflow stepped spillways were selected frequently with nearly one third o...
During the 19th century, overflow stepped spillways were selected frequently with nearly one third o...
Stepped weirs and dam spillways have been increasingly used for handling flood releases, due to thei...
In the last decades the design of stepped spillways regained some interest because of their suitabil...
The hydraulics of stepped spillways with flat steps is well documented and some design guidelines ex...
Stepped channels and spillways are used since more than 2,500 years. Recently, new construction mate...
On a spillway chute, a stepped design increases the rate of energy dissipation on the chute itself a...
ABSTRACT. Many aging watershed dams require hazard classifications changes. As a result, these dams ...
Stepped channels and spillways have been used for centuries. Recently, new construction materials, (...
The stepped spillway design is associated with significant flow resistance and associated energy dis...