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 …

通气超空泡减阻是突破传统水下速度极限, 实现高速航行的关键技术, 具有重要的工程应用价值.
超空泡航行体的航行稳定性是制约其发展的瓶颈问题, 这与通气超空泡形态的稳定性密切相关 …

Partial cavity flows forming on a NACA0015 hydrofoil are visualized using high-speed
cinematography and time-resolved X-ray densitometry. These observations 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 …

Ventilated cavitating flows are investigated via direct numerical simulations, using a coupled
level set and volume of fluid method to capture the interface between the air and water …

This paper presents an experimental investigation of the flow pattern regime and unsteady
characteristics of ventilated cavities with different headform shapes. The test model consists …

Flow topology and unsteady cavitation dynamics in the wake of a backward facing step was
investigated using high speed videography and time-resolved X-ray densitometry, along …

Ventilated supercavity drag reduction is a key technology to break through the traditional
underwater speed limit and achieve high-speed operation of underwater vehicles, which …

The so-called 're-entrant jet'is fundamental to periodic cloud shedding in partial cavitation.
However, the exact physical mechanism governing this phenomenon remains ambiguous …

High-flux synchrotron radiation has been employed in a time-resolved manner to
characterize the distinct topology features and dynamics of different cavitation regimes …