The flow structure and the unsteady mechanism of the unsteady cavitating flow are reviewed
in this paper. The flow patterns and structures in different cavitation regime, for the attached …

Marine propellers are important propulsion devices for both surface ships and underwater
vehicles. Increasingly severe environmental problems have required further performance …

We experimentally and theoretically study the characteristics of hydrodynamic cavitation
bubbles generated from a Harvey-type crevice immersed in near-wall shear flows of a …

Recent studies indicate that the transition from sheet to cloud cavitation depends on both
cavitation number and Reynolds number. In the present paper this transition is investigated …

We experimentally confirmed the idea of mitigating (or delaying) the cavitation on the
turbomachinery (rotating blades) by transforming the blade surface to be superhydrophilic …

Cavitation induced flow instabilities are of interest in numerous applications. Experimental
and numerical investigations of this phenomenon are taking place at several institutions …

Cavitation is an important issue in pumps and usually starts on the blade leading-edge. For
fixed blades with constant rotational speeds and specific flow rates, the incident angle …

Investigations about the role of nuclei and nucleation for the inception and formation of
cavitation have been part of cavitation research since Harvey et al.(J. Cell. Physiol., vol. 24 …

Cavitation is usually the main physical phenomenon behind performance alterations in
hydraulic machinery. For this reason, it is crucial to accurately predict its inception and …

The longitudinal polarization of the Λb baryon is measured at the LEP e+ e− collider by
DELPHI. It is determined from the charged lepton and neutrino energy spectra in 249±19 Λb …