This paper reviews recent progress made toward modeling of cavitation and numerical
simulation of cavitating water jets. Properties of existing cavitation models are discussed and …

In this paper, we investigate the high-speed dynamics of symmetric and asymmetric
cavitation bubble-collapse. For this purpose, a sharp-interface numerical model is …

We employ a barotropic two-phase/two-fluid model to study the primary break-up of
cavitating liquid jets emanating from a rectangular nozzle, which resembles a high aspect …

This paper investigates the complex multiphase flow developing inside the micro-orifices of
diesel injector nozzles during pilot injection. High speed micro-visualisations of a …

Cavitation developing upstream and inside the micro-channel orifices of transparent multi-
hole fuel injector nozzles has been characterised using a high speed visualisation system …

The effect of the deformability of viscous bubbles on the flow rate of bubbly upflow in a
vertical channel is examined using direct numerical simulations. A sharp transition between …

Through energy conservation and transformation perspectives, we numerically investigated
the physical mechanism of cavitation generation surrounding the two-dimensional NACA …

Bubble size distributions in cloud cavitation are important in cavitating flows. In this study, a
numerical model was developed to study the evolution of the internal structure of cloud …

This article presents an efficient cavitation model for fluid film bearings, considering both
gaseous and vaporous cavitation. This work presents a modification of Elrod's cavitation …

Modern internal combustion engines rely on a high pressure fuel injection system to deliver
the fuel inside the engine. This high pressure fuel injection also results in additional …