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学者姓名:吴思琪
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Abstract :
The stability of deep-sea aquaculture equipment under extreme sea conditions such as typhoons directly affects the safety and operational reliability of the aquaculture platform, which in turn affects the economic benefits of fish farming. Therefore, it is particularly important to systematically analyze the hydrodynamic response of aquaculture facilities using numerical methods. This paper employs the hydrodynamic analysis software AQWA, integrating the boundary element method of three-dimensional potential flow theory with the Morison equation, to conduct hydrodynamic research on a flip-type aquaculture platform. The calculations include the platform's amplitude response operators (RAOs), added mass, as well as motion responses and mooring line tensions under extreme sea conditions. The results indicate that the platform's sway, surge, and heave motions are highly sensitive to wave frequency in the low-frequency range, with a significant resonance phenomenon occurring at a wave frequency of 0.84 Hz. The main wind and wave responses of the platform manifest as surge and roll motions. To address this issue, it is recommended to add additional anchor chains on the short sides of the platform to effectively reduce the amplitude of surge and roll motions. Furthermore, under extreme sea conditions when the platform faces the windward waves on the short side, its motion response frequency is lower than when facing the windward waves on the long side, but the difference in response amplitude between the two conditions is small.
Keyword :
extreme conditions extreme conditions flip-type aquaculture platform flip-type aquaculture platform motion response motion response three-dimensional potential flow theory three-dimensional potential flow theory wind and wave current loads wind and wave current loads
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GB/T 7714 | Qin, Hongling , Peng, Li , Wang, Zhiyuan et al. Wave Motion Response Analysis of Flip-Type Ocean Aquaculture Platforms Based on AQWA [J]. | JOURNAL OF MARINE SCIENCE AND ENGINEERING , 2025 , 13 (2) . |
MLA | Qin, Hongling et al. "Wave Motion Response Analysis of Flip-Type Ocean Aquaculture Platforms Based on AQWA" . | JOURNAL OF MARINE SCIENCE AND ENGINEERING 13 . 2 (2025) . |
APA | Qin, Hongling , Peng, Li , Wang, Zhiyuan , Wu, Siqi , He, Wei , Yang, Yuanping et al. Wave Motion Response Analysis of Flip-Type Ocean Aquaculture Platforms Based on AQWA . | JOURNAL OF MARINE SCIENCE AND ENGINEERING , 2025 , 13 (2) . |
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