In the present study the mechanisms of evolution of propeller tip and hub vortices in the
transitional region and the far field are investigated experimentally. The experiments …

This paper investigates the inception mechanism of propeller wake instability based on an
improved detached eddy simulation method at a moderate advance coefficient of J= 0.65 …

The present study investigates the fundamental mechanisms of interaction between the
propeller wake vortices and an untipped non-lifting wing. The study consists of a …

This study numerically investigated the effects of the skew angle on cavitation and the
induced low-frequency pressure fluctuations. The numerical results compare well with …

Abstract Large Eddy Simulation on a grid composed of 3.8 billion points is utilized to
reproduce the wake of a marine propeller. Results are compared against Particle Imaging …

In the present study the wake flow past an isolated propeller operating in oblique flow
conditions is investigated experimentally. In particular, the investigation concerns a …

This research aims to extend our understanding of propeller wake dynamics under a light
loading condition, thereby laying a foundation for design optimization and flow control of the …

Large-eddy simulation is utilized to reproduce the instability of the tip vortices shed from the
blades of an axial-flow turbine. The oscillations of their helical trajectories trigger mutual …

Modal decomposition techniques are used to analyse the wake field past a marine propeller
achieved by previous numerical simulations (Muscari et al. Comput. Fluids, vol. 73, 2013 …

The performance and fluid dynamics of a submarine propeller, running in open water
conditions, was investigated using experimental and computational methods. The flow …