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 …

Large eddy simulations are presented on the wake flow of a notional propeller (the INSEAN
E1658), upstream of a NACA0020 hydrofoil of infinite spanwise extent, mimicking 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 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 …

The near wake of a vertical, circular cylinder in shallow water is investigated using a
combination of visualization marker and a technique of high-image-density particle image …

The vortex–body interaction problem, which characterizes the flow field of a rudder placed
downstream of a single-blade marine rotor, is investigated by numerical simulations. The …

The aerodynamic operating environment of the helicopter is particularly complex and, to
some extent, dominated by the vortices trailed from the main and tail rotors. These vortices …

Interaction of the vortex systems detached from a propeller with a rudder installed in its wake
is investigated by CFD. The correct prediction of this phenomenon is of great interest in …

THE interaction between a vortex and a rotating blade is a common fluid dynamic problem in
helicopters. A typical case involves a quartering flight, for example, a situation in which the …

The aim of this research is to analyze the flow generated by the interaction between a
simplified linear blade cascade adapted from an industrial aircraft engine demonstrator and …