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Volume 67, Issue 03

September 2023

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ISSN 0022-4502

EISSN 1542-0604

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Journal Paper

A Vulnerability Criterion of Dynamic Instability for Ship Course-Keeping in Following Waves

Vicky Margari; Kostas J. Spyrou

J Ship Res 67 (03): 151–162. https://doi.org/10.5957/JOSR.03220010

Abstract

View articletitled, A Vulnerability Criterion of Dynamic Instability for Ship Course-Keeping in Following Waves

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Journal Paper

The Effect of the Second-order Difference-frequency Wave Force on the Motions of an Underwater Vehicle Near the Surface

Rui Qin; Haining Lu; Jiahua Chen

J Ship Res 67 (03): 163–173. https://doi.org/10.5957/JOSR.05220016

Abstract

View articletitled, The Effect of the Second-order Difference-frequency Wave Force on the Motions of an Underwater Vehicle Near the Surface

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Journal Paper

Real-Time Identification of Parametric Roll

Vivien Luthy; François Grinnaert; Jean-Yves Billard; Jocelyn Rapp

J Ship Res 67 (03): 174–183. https://doi.org/10.5957/JOSR.07220021

Abstract

View articletitled, Real-Time Identification of Parametric Roll

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Journal Paper

Methods to Improve Accuracy of Planing Hull Resistance Prediction

Quang V. Huynh; Thai G. Tran

J Ship Res 67 (03): 184–196. https://doi.org/10.5957/JOSR.05210016

Abstract

View articletitled, Methods to Improve Accuracy of Planing Hull Resistance Prediction

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Journal Paper

A Verification and Validation Study on a Loosely Two-Way Coupled Hydroelastic Model of Wedge Water Entry

Zhongshu Ren; Mohammad Javad Javaherian; Christine M. Gilbert

J Ship Res 67 (03): 197–212. https://doi.org/10.5957/JOSR.10200054

Abstract

View articletitled, A Verification and Validation Study on a Loosely Two-Way Coupled Hydroelastic Model of Wedge Water Entry

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Journal Paper

Numerical Modeling of the Low-Medium Frequency Vibration and Acoustic Radiation of Underwater Vehicles

Ming-Song Zou; Zhen-Wu Xie; Ling-Wen Jiang

J Ship Res 67 (03): 213–222. https://doi.org/10.5957/JOSR.12220032

Abstract

View articletitled, Numerical Modeling of the Low-Medium Frequency Vibration and Acoustic Radiation of Underwater Vehicles

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Journal Paper

An Improved Emergency Blow Theoretical Model for Naval Submarine Blowing System and Experimental Verification

Qi Yi; Kang Zhang; Boqun Lin; Wanliang Zhang

J Ship Res 67 (03): 223–231. https://doi.org/10.5957/JOSR.07220022

Abstract

View articletitled, An Improved Emergency Blow Theoretical Model for Naval Submarine Blowing System and Experimental Verification

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Risk Assessment Based on KDE of Ship Collision Candidates for Ship Routing Waterway

Unmanned Underwater Vehicle Autonomy and Control near Submarines Using Actively Sampled Surrogates

Numerical Modeling of the Low-Medium Frequency Vibration and Acoustic Radiation of Underwater Vehicles

An Improved Emergency Blow Theoretical Model for Naval Submarine Blowing System and Experimental Verification

A Vulnerability Criterion of Dynamic Instability for Ship Course-Keeping in Following Waves

The Effect of the Second-order Difference-frequency Wave Force on the Motions of an Underwater Vehicle Near the Surface

Real-Time Identification of Parametric Roll

Methods to Improve Accuracy of Planing Hull Resistance Prediction

A Verification and Validation Study on a Loosely Two-Way Coupled Hydroelastic Model of Wedge Water Entry

Numerical Modeling of the Low-Medium Frequency Vibration and Acoustic Radiation of Underwater Vehicles

An Improved Emergency Blow Theoretical Model for Naval Submarine Blowing System and Experimental Verification

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A Vulnerability Criterion of Dynamic Instability for Ship Course-Keeping in Following Waves

The Effect of the Second-order Difference-frequency Wave Force on the Motions of an Underwater Vehicle Near the Surface

Real-Time Identification of Parametric Roll

Methods to Improve Accuracy of Planing Hull Resistance Prediction

A Verification and Validation Study on a Loosely Two-Way Coupled Hydroelastic Model of Wedge Water Entry

Numerical Modeling of the Low-Medium Frequency Vibration and Acoustic Radiation of Underwater Vehicles

An Improved Emergency Blow Theoretical Model for Naval Submarine Blowing System and Experimental Verification

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