This paper reviews numerical and experimental investigations of sheet/cloud cavitation
carried out at the St. Anthony Falls Laboratory and at two collaborating facilities …

An experimental study of the cavitation flow around the National Advisory Committee for
Aeronautics 0012 hydrofoil with different surface morphology was carried out in this work …

The aim of this study is to investigate experimentally the effect of surface roughness on cloud
cavitation around Clark-Y hydrofoils. High-speed video and particle image velocimetry (PIV) …

An experimental study of cavitating flow on a heated NACA0015 hydrofoil was conducted in
a cavitation tunnel to investigate the influence of the hydrofoil surface temperature on the …

This paper reviews some current research at the Saint Anthony Falls Laboratory from the
perspective of the experience gained from cooperative research in other laboratories that …

Various computational fluid dynamics (CFD) models employed for cavitating flows are
substantially based on semi-empirical assumptions about cavitation forms and liquid flows …

Cavities behind a surface irregularity appear in vortices drifting downstream of it. Cavitation
can occur there substantially earlier than over smooth surfaces of the same bodies …

The experimental and numerical investigation of unsteady cavitating flow around a
NACA2412 hydrofoil with chemically treated surfaces is described. The study was focused …

In order to resist on the cavitation erosion, many researchers try to change the solidity and
tenacity of the coatings, but ignore the influence of surface characteristics of materials on …

Flow-induced vibration of hydrofoils affects pressure pulsations on their surfaces and
influences cavitation inception and desinence. As these pulsations depend on the hydrofoil …