Add to ORKGThe objective of this effort was to improve the description of self-aerated flow. Because entrained air contributes greatly to absorption of oxygen and the transfer of other gases and can significantly reduce cavitation damage, being able to estimate the amount of air entrained in spillway flows is important. To achieve this objective, the conceptual descriptions of the aeration process, proffered by past researchers,were closely examined. New concepts were proposed regarding the conceptual definition of entrained air. Data from selected past efforts were analyzed within this new framework to estimate the air entrainment at Corps of Engineers (CE) spillways.US Army Corps of Engineer
On large spillways, cavitation damage to spillway surfaces may be prevented by installing aeration d...
At hydraulic structures (e.g. weirs, spillways), air-water transfer of atmospheric gases (e.g. oxyge...
Self-aeration is traditionally explained by the water turbulent boundary layer outer edge intersecti...
In open channel flows an important design parameter is the amount of entrained air. The presence of ...
In open channel flows an important design parameter is the amount of entrained air. The presence of ...
Cavitation erosion damage to spillway surfaces may be prevented with the use of aeration devices, ca...
In supercritical open channel flows air is entrained at the free surface. This process is called sel...
Cavitation erosion damage to spillway surfaces may be prevented with the use of aeration devices, ca...
Instruments were developed and were used to obtain measurements of the most important flow parameter...
Self-aeration has important civil and environmental applications in stepped chutes, ranging from cav...
Cavitation erosion damage to spillway surface,may be prevented with the use of aeration devices, cal...
Cavitation erosion damage to spillway surfaces may be prevented with the use of aeration devices (ae...
Artificial air entrainment has been widely used to avoid cavitation damage in spillways where high-v...
In high velocity open channel flows, air is entrained at the free surface. This process is called se...
Cavitation erosion damage to spillway surfaces may be prevented with the use of aeration devices cal...
On large spillways, cavitation damage to spillway surfaces may be prevented by installing aeration d...
At hydraulic structures (e.g. weirs, spillways), air-water transfer of atmospheric gases (e.g. oxyge...
Self-aeration is traditionally explained by the water turbulent boundary layer outer edge intersecti...
In open channel flows an important design parameter is the amount of entrained air. The presence of ...
In open channel flows an important design parameter is the amount of entrained air. The presence of ...
Cavitation erosion damage to spillway surfaces may be prevented with the use of aeration devices, ca...
In supercritical open channel flows air is entrained at the free surface. This process is called sel...
Cavitation erosion damage to spillway surfaces may be prevented with the use of aeration devices, ca...
Instruments were developed and were used to obtain measurements of the most important flow parameter...
Self-aeration has important civil and environmental applications in stepped chutes, ranging from cav...
Cavitation erosion damage to spillway surface,may be prevented with the use of aeration devices, cal...
Cavitation erosion damage to spillway surfaces may be prevented with the use of aeration devices (ae...
Artificial air entrainment has been widely used to avoid cavitation damage in spillways where high-v...
In high velocity open channel flows, air is entrained at the free surface. This process is called se...
Cavitation erosion damage to spillway surfaces may be prevented with the use of aeration devices cal...
On large spillways, cavitation damage to spillway surfaces may be prevented by installing aeration d...
At hydraulic structures (e.g. weirs, spillways), air-water transfer of atmospheric gases (e.g. oxyge...
Self-aeration is traditionally explained by the water turbulent boundary layer outer edge intersecti...