Compressibility of high-velocity air-water flow is an important issue relevant to the design of high-velocity spillways. In this note, the re-analysis of existing model and prototype data suggests that transonic and supersonic flow conditions were achieved in a number of studies. The results imply that, in free-surface flows, compressibility effects have little impact neither on the air bubble diffusion process nor on the mixing layer characteristics
The writer would like to congratulate the authors for their extensive study on the difficult problem...
High-velocity free-surface flows are complex two-phase flows and limited information is available ab...
An example of high-velocity open channel flows is a supercritical flow past an abrupt drop. In such ...
Air bubble entrainment in open channels is called 'white waters'. It is observed in supercritical tu...
In turbulent free-surface flows, the deformation of the surface leads to air bubble entrainment and ...
In high velocity water flows, large quantities of air bubbles are entrained. The entrained air bubbl...
A main technical issue seems to be associated with the structure of the two-phase air–water flow ski...
YesThere has been little study on the microscopic bubble entrainment and diffusion process on the hi...
In turbulent free-surface flows, strong interactions between turbulent waters and the atmosphere may...
In hydraulic structures, free-surface aeration is commonly observed: i.e., the white waters. The air...
In high-velocity open channel flows, free-surface aeration is commonly observed. The effects of surf...
Self-aeration has important civil and environmental applications in stepped chutes, ranging from cav...
In high-velocity free-surface flows, air entrainment is common through the interface, and intense in...
High-velocity free-surface flows may be characterised by strong free-surface aeration. In turn the e...
In storm waterways and at dam outlets, high-velocity supercritical flows are characterised by substa...
The writer would like to congratulate the authors for their extensive study on the difficult problem...
High-velocity free-surface flows are complex two-phase flows and limited information is available ab...
An example of high-velocity open channel flows is a supercritical flow past an abrupt drop. In such ...
Air bubble entrainment in open channels is called 'white waters'. It is observed in supercritical tu...
In turbulent free-surface flows, the deformation of the surface leads to air bubble entrainment and ...
In high velocity water flows, large quantities of air bubbles are entrained. The entrained air bubbl...
A main technical issue seems to be associated with the structure of the two-phase air–water flow ski...
YesThere has been little study on the microscopic bubble entrainment and diffusion process on the hi...
In turbulent free-surface flows, strong interactions between turbulent waters and the atmosphere may...
In hydraulic structures, free-surface aeration is commonly observed: i.e., the white waters. The air...
In high-velocity open channel flows, free-surface aeration is commonly observed. The effects of surf...
Self-aeration has important civil and environmental applications in stepped chutes, ranging from cav...
In high-velocity free-surface flows, air entrainment is common through the interface, and intense in...
High-velocity free-surface flows may be characterised by strong free-surface aeration. In turn the e...
In storm waterways and at dam outlets, high-velocity supercritical flows are characterised by substa...
The writer would like to congratulate the authors for their extensive study on the difficult problem...
High-velocity free-surface flows are complex two-phase flows and limited information is available ab...
An example of high-velocity open channel flows is a supercritical flow past an abrupt drop. In such ...