A Study on the Correlation between Ship Movement Characteristics and Ice Conditions in Polar Waters

The opening of arctic routes provides a new option for international navigation ships. The correlation between ship movement characteristics and ice conditions should be known, which will help ships adapt to the polar waters. Based on the voyage data and sea ice manual observation data of the ‘XUE L...

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Main Authors: Liang Chen, Changhai Huang, Yanhao Wang
Format: Article
Language:English
Published: MDPI AG 2023-03-01
Series:Journal of Marine Science and Engineering
Subjects:
Online Access:https://www.mdpi.com/2077-1312/11/4/729
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author Liang Chen
Changhai Huang
Yanhao Wang
author_facet Liang Chen
Changhai Huang
Yanhao Wang
author_sort Liang Chen
collection DOAJ
description The opening of arctic routes provides a new option for international navigation ships. The correlation between ship movement characteristics and ice conditions should be known, which will help ships adapt to the polar waters. Based on the voyage data and sea ice manual observation data of the ‘XUE LONG’ ship’s six voyages in polar waters, a correlation analysis model of ice conditions and ship movement characteristics was established in this work. First, the ship movement characteristics in polar waters were analyzed, such as the distribution characteristics of ship speeds, courses, and variation characteristics by using the descriptive statistical analysis method and data visualization analysis method. Then, by using multivariate correlation analysis and univariate controlled correlation analysis methods, the correlation between movement characteristics and ice conditions, such as ice concentration and thickness, and the correlation between different ice conditions themselves, were quantitatively analyzed. The result shows that the correlation analysis model of ice conditions and ship movement characteristics is reliable and effective and can obtain quantitative correlation analysis results. On the one hand, sea ice thickness has almost no significant correlation with ship movement characteristics, excluding the influence of sea ice concentration. On the other hand, excluding the influence of sea ice thickness, sea ice concentration is still significantly correlated with the absolute value of speed, speed variation, and course variation. The conclusions of this work have important reference significance for polar scientific investigations, commercial ships’ voyages in icy waters, and ships’ designs for icy waters.
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spelling doaj.art-ef47d6bc0b3f404184f50d4ef2a6f6752023-11-17T19:55:12ZengMDPI AGJournal of Marine Science and Engineering2077-13122023-03-0111472910.3390/jmse11040729A Study on the Correlation between Ship Movement Characteristics and Ice Conditions in Polar WatersLiang Chen0Changhai Huang1Yanhao Wang2Merchant Marine College, Shanghai Maritime University, Shanghai 201306, ChinaMerchant Marine College, Shanghai Maritime University, Shanghai 201306, ChinaChina Construction Harbour and Channel Engineering Bureau Group Co., Ltd., Shanghai 200433, ChinaThe opening of arctic routes provides a new option for international navigation ships. The correlation between ship movement characteristics and ice conditions should be known, which will help ships adapt to the polar waters. Based on the voyage data and sea ice manual observation data of the ‘XUE LONG’ ship’s six voyages in polar waters, a correlation analysis model of ice conditions and ship movement characteristics was established in this work. First, the ship movement characteristics in polar waters were analyzed, such as the distribution characteristics of ship speeds, courses, and variation characteristics by using the descriptive statistical analysis method and data visualization analysis method. Then, by using multivariate correlation analysis and univariate controlled correlation analysis methods, the correlation between movement characteristics and ice conditions, such as ice concentration and thickness, and the correlation between different ice conditions themselves, were quantitatively analyzed. The result shows that the correlation analysis model of ice conditions and ship movement characteristics is reliable and effective and can obtain quantitative correlation analysis results. On the one hand, sea ice thickness has almost no significant correlation with ship movement characteristics, excluding the influence of sea ice concentration. On the other hand, excluding the influence of sea ice thickness, sea ice concentration is still significantly correlated with the absolute value of speed, speed variation, and course variation. The conclusions of this work have important reference significance for polar scientific investigations, commercial ships’ voyages in icy waters, and ships’ designs for icy waters.https://www.mdpi.com/2077-1312/11/4/729ship movement characteristicspolar waterscorrelation analysispolar navigation
spellingShingle Liang Chen
Changhai Huang
Yanhao Wang
A Study on the Correlation between Ship Movement Characteristics and Ice Conditions in Polar Waters
Journal of Marine Science and Engineering
ship movement characteristics
polar waters
correlation analysis
polar navigation
title A Study on the Correlation between Ship Movement Characteristics and Ice Conditions in Polar Waters
title_full A Study on the Correlation between Ship Movement Characteristics and Ice Conditions in Polar Waters
title_fullStr A Study on the Correlation between Ship Movement Characteristics and Ice Conditions in Polar Waters
title_full_unstemmed A Study on the Correlation between Ship Movement Characteristics and Ice Conditions in Polar Waters
title_short A Study on the Correlation between Ship Movement Characteristics and Ice Conditions in Polar Waters
title_sort study on the correlation between ship movement characteristics and ice conditions in polar waters
topic ship movement characteristics
polar waters
correlation analysis
polar navigation
url https://www.mdpi.com/2077-1312/11/4/729
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