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Parametric rolling estimation on high waves
2007The development of a general procedure for the analytical approximation of the restoring arm in regular head waves is presented. The aim of the approximation is to obtain an analytical and accurate means for nonlinear parametric roll prediction. The model is based on a modified STF strip method developed for calculation of coupled heaving and pitching ...
Turk, Anton +2 more
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Parametric Rolling Behaviour of a Containership
Topics on Chaotic Systems, 2009I. G. Tigkas, N. Pallikaropoulos
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Measurement: Journal of the International Measurement Confederation, 2022
Yanhe Xu, Jianzhong Zhou
exaly
Yanhe Xu, Jianzhong Zhou
exaly
Development of Downtime Cost Calculator for Offloading Operations Influenced by Parametric Rolling
Journal of Marine Science and Engineering, 2020M S Patel +2 more
exaly
Simple methods for parametric rolling estimation
2008The main objective of this article is to outline a simple method to identify whether a ship is susceptible to extreme rolling, in order to avoid or to reduce the effects of that phenomenon. A short review of the current classification societie recommendations is given, as well as a brief description of the physical phenomenon of parametric roll ...
Legović, Dunja +3 more
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Experimental and numerical study of a containership under parametric rolling conditions in waves
Ocean Engineering, 2016C Guedes Soares
exaly
Automatic Prevention of the Vessel’s Parametric Rolling on the Wave [PDF]
Vitaliy Kobets +6 more
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Experimental and Numerical Investigations of Ship Parametric Rolling in Regular Head Waves
China Ocean Engineering, 2018Wenyang Duan, Ma Shan
exaly
Detuning of parametric roll condition in ships
2012Parametric roll is one of the research topics in the maritime industry. Due to longitudinal waves, this phenomenon will cause explosive increase in a ships roll motion. This large roll oscillations may lead to dangerous situations for the ship, cargo, crew and passengers. It can even lead to capsizing of the ship and results in damages into millions of
de Wit, J. +2 more
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