A new wave spectrum resembling procedure, based on two subsequent steps, is developed
to detect the sea state parameters, namely the wave peak period, the significant wave height …

When ships sailing at the ocean, six degrees of freedom of ship motions occur due to the
sea waves. The wave-induced ship motions always bring adverse effects on carrying out …

An approach combining frequency and time domain analysis is introduced in this study for
ship motions assessment. The open-source NEMOH code is utilized to compute the …

Parametric rolling is one of five types of the ship stability failure modes as proposed by IMO.
The periodic change of the metacentric height is often considered as the internal cause of …

Abstract HOS (High-Order Spectral) method incorporated with a 3-D time-domain ship
motion model based on the weakly nonlinear assumption has been proposed and applied to …

The paper provides a new wave spectrum reconstruction algorithm for short-crested sea
state conditions in the frequency-domain, based on the wave buoy analogy and the …

The classical problem of time-harmonic diffraction and radiation of free-surface flows due to
wave–body interaction is revisited based on the Fourier–Kochin theory for zero forward …

In this paper, vertical motion (heave, roll, and pitch) state estimation and control simulation
are performed by using the LQG approach. Cummins' equation is used to represent the …

This paper presents a comparison of various methodologies to calculate the seakeeping
behaviour of ships using the impulse response method. Developments of several authors …

We propose to estimate parameters of the system model based on the equation of motion
using the time histories of the wave elevation and the ship's heave and pitch motions to …