Passive flow control techniques, and particularly vortex generators have been used
successfully in a broad range of aero-and hydrodynamics applications to alter the …

Cavitation is a process of liquid evaporation, bubble or vapor sheet formation, and further
collapse of vapor structures, which plays a destructive role in many industrial applications. In …

Cavitation often causes a destructive impact on the performance of hydraulic machinery,
such as erosive wear, noise and vibrations of the framework and moving parts of marine …

Unsteady cavitation causes noise, damage, and performance decline in the marine
engineering and fluid machinery systems. Therefore, finding a method to control the …

Micro vortex generators (micro-VGs) could affect cavitation, but the control mechanism is not
yet fully understood. Simulating and analyzing the effect of micro vortex generators (micro …

Unsteady cloud cavitation phenomenon is an important subject due to its undesirable effects
in various applications such as ship propeller, rudder and hydraulic machinery systems. We …

Cavitation limits the efficient and stable operation of rotating machinery. The exploration of
control methods for hydrofoil cavitation is important for improving the performance of …

In this paper, we performed the numerical and experimental study of unsteady cavitation
surge around a semi-circular leading-edge flat plate using a passive flow control method …

The objective of the present paper is to investigate the effect of micro vortex generator (mVG)
on the travelling bubble cavitation. The mVG are mounted at two different locations on the …

Purpose The purpose of this paper is to study the mechanism and suppression of
instabilities induced by cavitating flow around a three-dimensional hydrofoil with a particular …