Surface-attached micro-and nanobubbles are known for their resistance to external forces.
This study experimentally and theoretically investigates their response to strong ultrasonic …

Hydrodynamic cavitation, which occurs when the local pressure is below the saturated vapor
pressure in hydrodynamic flow, is ubiquitous in fluid dynamics and implicated in a myriad of …

Amorphous alloys have attracted much attention in the field of cavitation erosion (CE) due to
their good comprehensive properties. However, due to the special amorphous structures …

Here, three-dimensional Reynolds-averaged Navier–Stokes (RANS) simulations are
employed for in-nozzle flow modelling. The aim is to evaluate the capabilities and …

This study endeavors to delve into the dynamics and consequent mechanical responses
induced by an individual cavitation bubble proximal to a concrete surface. Employing the …

Recent experiments have demonstrated that tip vortices can trigger the ventilation formation
around a surface-piercing hydrofoil. However, the influence of this ventilation on transient …

This study systematically investigates the impact of dissolved air content on attached
cavitation within a Venturi section using a blow-down cavitation tunnel with precise control of …

Understanding cavitation compliance in Venturi is important for research on system
oscillations in fluid machinery, which describes the responsiveness of the cavity size to …

This research experimentally examines the influence of viscoelastic dilute water solutions of
polyethylene oxide on Venturi cavitation. Variations in solutions are engineered to …

Attached cavitation typically refers to cavities or bubbles attached to specific locations within
the flow, commonly in fluid machinery such as pumps, hydraulic turbines, ship propellers …