Hydrodynamic Analysis of the Hull of a Scientific Research Vessel

Authors

  • Haobo Zhao
  • Hui Kong

DOI:

https://doi.org/10.54691/f0q69y86

Keywords:

Hydrodynamic Analysis, AQWA, Additional Mass, Wave Force.

Abstract

In deep-sea exploration operations, hydrodynamic performance is not only reflected in the impact of marine environment on the hull of research vessels, but also related to the rationality of hull design.This article uses the AQWA module to conduct hydrodynamic analysis of ships under the influence of regular waves.Construct a simulation analysis model for a research vessel, and conduct hydrodynamic analysis on the hull model based on the potential flow theory in frequency domain analysis, including damping coefficients and additional mass in six degrees of freedom. And analyze the response laws and wave excitation forces under different wave directions.

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References

[1] Shi-Ming W , Bing-Feng S , Zi-Nan L, et al. A hydrodynamic analysis of offshore platform based on the AQWA[J]. Applied Mechanics & Materials, 2014, 615(615):301-304.

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[3] K.H. Chua,R. Eatock Taylor,Y.S. Choo. Hydrodynamic interaction of side-by-side floating bodies part I: Development of CFD-based numerical analysis framework and modified potential flow model[J]. Ocean Engineering,2017.

[4] Hamid Reza G, Mohammad Javad K, Hassan G, Esmaeil H. Numerical study on the hydrodynamic interaction between two floating platforms in Caspian Sea environmental conditions[J]. Ocean Engineering., Volume 188, 15 September 2019, Article 106273.

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Published

24-11-2025

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Section

Articles