Large-eddy simulation on a grid consisting of 5 billion points was utilized to study the
properties of turbulence at the core of the tip and hub vortices shed by a marine propeller …

Large-eddy simulations of a propeller operating upstream of a hydrofoil at incidence were
conducted on a cylindrical grid consisting of almost 4× 10 9 points. This manuscript, focused …

The spanwise distribution of the loads acting on a hydrofoil working in the wake of a
propeller is analyzed both as a function of the propeller load and the incidence of the …

The flow over a hydrofoil in the wake of a marine propeller is studied using large-eddy
simulation on a cylindrical grid composed of 3.8 billion points. Four angles of incidence of …

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 …

We report wall-resolved, large-eddy simulations for the case of a propeller operating
upstream of a hydrofoil, mimicking a rudder. Our primary objective is the identification of …

Large-eddy simulations are reported on a system consisting of a marine propeller and a
downstream, semi-infinite hydrofoil, carried out on a cylindrical grid of about 3.8× 10 9 …

Large-eddy simulations on a grid consisting of 3.8 billion points are reported, dealing with a
system composed of a propeller and a downstream semi-infinite hydrofoil, mimicking a …

Abstract Large Eddy Simulations are reported on a system consisting of a marine propeller
and a hydrofoil, mimicking a rudder, for four orientations of the latter, modeling maneuvering …

Severe wake-structure interaction induces intense vibrations and noises. In this study, the
rudder is simplified into a plate fixed at two ends. The vibrations of the plate operating in the …