Of all the six degrees of freedom, the roll motion of a ship is the most poorly understood and
displays complicated phenomena. Due to the low potential wave damping at the natural …

The paper presents a numerical roll damping assessment of the intact DTMB 5415 naval
ship at zero speed. Free model motions from four experimental roll decays with initial …

This paper presents an assessment of the roll damping of DTMB 5415 naval ship model in
both intact and two compartments symmetric damaged scenarios. An experimental …

The flow in the vicinity of 2D ship sections carrying out forced roll motions is simulated using
the solution of the Navier-Stokes equations implemented in OpenFOAM. A hybrid …

The ship-rolling problem is a subject that has been studied for a long time. Since Froude's
time (in the 19th century) to nowadays, this subject was revisited several times in order to …

The effect of roll damping on ship dynamics is more significant. Here, an efficient Lucas
wavelet method is applied to estimate the parameters of ship roll motion models. For the first …

Damping plays a significant role on the maximum amplitude of a vessel's roll motion, in
particular near the resonant frequency. It is a common practice to predict roll damping using …

The topic of this paper is the roll motion prediction of ship-shaped FPSO's, designed for
continuous operation at site location. The maximum roll amplitude is a critical operability …

The roll damping coefficient is essential when considering the viscous effect in the potential-
based hydrodynamic analysis of fishing vessels; it is an important factor in the roll motion …

This paper implements the parameter identification of ship roll motion based on vibration
tests and the computational fluid dynamics (CFD) method. By applying sinusoidal moment …