Predicting the velocity within the ship's propeller jet is the initial step to investigate the
scouring made by the propeller jet. Albertson et al.(1950) suggested the investigation of a …

This paper presents an extensive review of the characteristics of a propeller jet-induced flow
field and its impact on scour formation. As the driving force of scour, the jet flow behavior is …

The wake from a tidal current turbine has a significant impact on a tidal farm. A single turbine
wake would affect the turbine located adjacent or downstream. Two equations are proposed …

The scour hole induced by a propeller wash is experimentally investigated with noncohesive
sediments. The associated scour profile at the asymptotic condition, which can be expressed …

The jet induced by a rotating ship propeller can cause scouring of the seabed and
consequent deposition of the scoured material nearby. Despite these effects are extremely …

Recent interest in high-angle-of-attack flight, aerobatic maneuvering, vertical/short takeoff
and landing, etc., of small unmanned aerial vehicles necessitates more detailed modeling of …

A full understanding of the hydrodynamic processes within the jet produced by a
manoeuvring ship's propeller is essential in the development and maintenance of ports …

The failure of swirling ship propellers in marine environments can lead to huge repair costs.
One of the main causes of such failure is when propellers tangle with vegetation, especially …

Marine energy sources are able to make significant contributions to future energy demands.
Marine current has huge potential to supply renewable energy as compared to the other …

This paper presents an improvement for the assessment of scour effects due to propeller jet
velocities with a direct application to prototype modeling as non-dimensional analysis is …