The applicability of leading-edge protuberances as a passive flow control approach inspired
by humpback whale flippers has attracted significant research attention in aquatic and …

Cavitation and its induced noise have negative effects on the hydrodynamic performance of
underwater devices such as marine propellers. In this paper, a new flow control method of …

Marine fouling attached to the hull of a ship will reduce its economic performance and
therefore regular cleaning is required. Cavitation jets are a widely used and effective …

Cavitation erosion is a common phenomenon and continues to be a primary concern in the
fields of hydraulic machinery. It is important to develop effective methods to avoid adverse …

Cavitation water jet technology offers a sustainable alternative to traditional high-energy,
high-pollution production or cleaning methods in the biodiesel, injector, and turbine …

Submerged cavitation jet has emerged as an efficient method for the removal of ship fouling.
Due to the complicated revolution of cavitation cloud, it has attracted great research interest …

The impact of the nozzle lip geometry on the cavitation cloud characteristics induced by self-
excited cavitating waterjets, SECJ, is explored experimentally using high-speed imaging …

This paper presents an experimental investigation of cavitation erosion on widely used
marine propeller materials by the cavitating jet technique as an alternative to cavitation …

A model of a submerged angular cavitation nozzle is established, which consists of a
contraction part, parallel middle part, and expansion part. Based on the CFD technique, a …

The objective of this work is to investigate experimentally controlling cavitating flow over
NACA66 (MOD) hydrofoils by means of an active water injection along its suction surface …