In this paper, we present an overview of numerical simulation methods for the flow around
typical underwater vehicles at high Reynolds numbers, which highlights the dominant flow …

The vibro-acoustic response of ring stiffened cylindrical shells with internal bulkheads under
forced excitation is presented. The numerical analysis model is established using the Jacobi …

This paper presents a dynamic vibration absorber with negative stiffness (DVANS) in
controlling the first longitudinal mode of the propulsion shafting system. The dynamic …

This study investigates the influence of blade number on the propulsion performance and
excitation force of pump-jet propellers (PJPs) using computational fluid dynamics. The …

A dynamic vibration absorber (DVA) with negative stiffness is proposed to suppress the
longitudinal vibration transmission along a marine shafting system. Stiffness models of the …

Pump-jet propulsors are inevitably affected by shafting vibrations in actual operating
conditions, especially the longitudinal bearing force, which is the main inducing factor of hull …

This paper investigates the structural and acoustic responses of a coupled propeller-shafting
and submarine pressure hull system under different propeller force excitations. The entire …

Inner substructures, which can be generally compartmentalized into axisymmetric and non-
axisymmetric ones, are believed to significantly affect the vibro-acoustic characteristics of …

Experimentally investigating the vibration characteristics of a pump-jet propulsor in water is
challenging. In this study, the characteristics of flow-induced vibration and acoustic radiation …

Using periodic structure theory, the suppression of vibration and noise radiation from an
underwater vehicle due to excitation from propeller forces is investigated. The underwater …