Unsteady cavitating flow often contains vapor structures with a wide range of different length
scales, from micro-bubbles to large cavities, which issues a big challenge to precisely …

There is increasing awareness about the harmful impact of underwater radiated noise of
shipping on the marine environment, with propeller cavitation being a major contributor …

The acoustic analogy is utilized to analyze the sound from a propeller–rudder system,
exploiting data from high-fidelity Large-Eddy Simulations, performed on a cylindrical grid …

The acoustic analogy is adopted to reconstruct the sound generated by a system consisting
of a hydrofoil and a downstream propeller. The data from high-fidelity large-eddy simulations …

This paper investigates the use of the permeable surface integral formulation based on the
Ffowcs Williams–Hawkings Equation to predict the noise field generated by marine …

The present study focuses on the impact of eddy viscosity turbulence models on the
benchmark INSEAN E779A marine propeller hydroacoustic performance under non …

This study focuses on the prediction of the hydrodynamic and hydroacoustic performance of
a cavitating marine propeller in open water condition using Reynolds-averaged Navier …

This study explores the influence of tip vortex cavitation (TVC) on propeller induced URN
using a hybrid CFD method. The cavitating flow around the model and full-scale benchmark …

This study presents the model scale benchmark, The Princess Royal, propeller's
hydrodynamic performance, including cavitation extensions and URN operating in a non …

This paper proposes a new method that makes the direct volume integration of the Lighthill
stress term in FWH acoustic analogy affordable in terms of both computational time and disk …