The tip-leakage vortex (TLV) cavitation is a challenging issue for a variety of axial hydraulic
turbines and pumps from both technical and scientific viewpoints. The flow characteristics of …

Passive flow control techniques, and particularly vortex generators have been used
successfully in a broad range of aero-and hydrodynamics applications to alter the …

The large eddy simulation model coupled with the modified Schnerr–Sauer cavitation model
has been used to numerically simulate the unsteady cavitation and noncavitation flow of the …

The propeller–duct interaction on the wake dynamics of a ducted propeller is numerically
investigated via detached eddy simulations. The blade–blade interference and blade–duct …

In this work, we simulated a two-phase cavitating flow around one and two circular cylinders
with the density based homogeneous mixture model. We discretized the governing …

A compressible cavitation model is developed in this paper, in which the bubble wall velocity
is obtained by solving the compressible Rayleigh–Plesset (R–P) equation. Additionally …

Large eddy simulations were used to investigate unsteady tip-leakage cavitating flow over a
National Advisory Committee for Aeronautics 0009 hydrofoil. The proper orthogonal …

Using molecular dynamics simulation, we studied thermodynamic effects of a nanobubble's
collapse-induced erosion occurring at different ambient temperatures. We analyzed the …

Cavitation erosion often occurs on the surface of many underwater applications, which can
cause severe damage to materials and reduce their performance. Since the cause of …

Cavitation is a common phenomenon and continues to be a primary concern in the fields of
hydraulic machinery. To provide a reference for cavitation flow and cavitation performance …