In recent years, the escalation of anthropogenic noise within marine environments has
become a pressing ecological concern. Despite the proliferation of guidelines aimed at …

Ship noise predictions using FWH acoustic analogy with incompressible flow solution inputs
are investigated for a model scale container vessel with a cavitating propeller. Numerical …

As an attempt to investigate the torsional-longitudinal vibrations of marine propeller shafting
systems, this paper develops an integrated mathematical formulation to consider different …

Cavitating ship propellers are known to be the dominant noise source contributing
significantly to the underwater radiated noise (URN) level. Innovative measurement methods …

Minimization of propeller cavitation noise is best achieved through accurate and reliable pre-
dictions at an early design stage. The effect of cavitation and particularly the dynamics of cav …

Sažetak The present paper deals with the effect of the geometric characteristics on the
propeller hydrodynamic performances. Several propeller configurations are created by …

The objective of marine propeller design optimization study is to obtain a propeller with
minimum power absorption, maximum efficiency and good materials resistance. In this …

Considering the lack of theoretical models and ingredients necessary to explain the scaling
of the results of propeller cavitation inception and cavitating hydroacoustics from model tests …

For propeller-driven vessels, cavitation is the most dominant noise source producing both
structure-borne and radiated noise impacting wildlife, passenger comfort, and underwater …

Understanding the effects of the parameters affecting the interaction of tandem hydrofoil
system is a crucial subject in order to fully comprehend the aero/hydrodynamics of any …