Stationary and non-stationary characteristics of attached, turbulent cavitating flows around
solid objects are reviewed. Different cavitation regimes, including incipient cavitation with …

Thermal effects substantially impact the cavitation dynamics of cryogenic fluids. The present
article reviews recent progress made toward developing modeling and computational …

A pressure-based algorithm is presented for turbulent cavitating flow computations. Single-
fluid Navier–Stokes equations cast in their conservative form, along with a volume fraction …

The simulation of cavitating flows is a challenging problem both in terms of modelling the
physics and developing robust numerical methodologies. Such flows are characterized by …

Mechanical feed pumps in organic Rankine cycle (ORC) power plants can suffer from
cavitation to lose their normal feeding performance or even damage. Cavitation models for …

Unlike attached cavitation, where the cavitation boundary is steady or changes relatively
slowly and periodically, the cavitation such as that observed in an underwater explosion …

Abstract The requirements of Liquid Propellant Rocket Engine (LPRE) are high for thrust,
specific impulse, and flow rate; thus, its components also have strict requirements. For the …

We present an efficient method to control the evolution of unsteady cloud cavitation around
the CAV2003 benchmark hydrofoil using passive cavitation controllers so called cavitation …

This review article presents a summary of the main categories of models developed for
modeling cavitation, a multiphase phenomenon in which a fluid locally experiences phase …

In a recent study, an original formulation for the mass transfer between phases has been
proposed to study one-dimensional inviscid cavitating tube problems. This mass transfer …