The dynamics of cloud cavitation about a three-dimensional hydrofoil are investigated
experimentally in a cavitation tunnel with depleted, sparse and abundant free-stream nuclei …

The multiscale effect of cavitation is a complicated multiphase phenomenon involving
macroscale cavities and microscale bubbles. The cavitating flows at four different patterns …

Nuclei, or microbubble, populations control the inception and dynamics of cavitation. It is,
therefore, important to quantify distributions in cavitation test facilities to rigorously model …

The spatial and acoustic characteristics of tip vortex cavitation (TVC) inception were
measured in a cavitation tunnel. Numerous cavitation events were recorded to reveal the …

The influence of nucleation on cavitation inception in a high Reynolds number shear layer in
the wake of a backward-facing step was experimentally investigated in a water tunnel. The …

Microbubble populations within the test section of a variable-pressure water tunnel have
been characterised for various operating conditions. The tunnel was operated with …

The influence of nucleation on cavitation about a sphere from inception through to
supercavitation at a transcritical Reynolds number of\(1.5\times 10^{6}\) is investigated …

The existence of cavitation nuclei is one of the necessary conditions for liquid cavitation.
Bubble nucleus is the most basic cavitation nucleus, and bubble nuclei size distribution is a …

Interferometric particle imaging is a widely used optical measuring technique for the sizing of
poly-dispersed spherical particles like droplets and bubbles. In its conventional approach …

Nuclei, or microbubble, populations are inextricably linked to tip vortex cavitation (TVC)
inception and dynamics. In order to gain a better quantitative understanding of this …