Ballast tank water volume setting.

<div><p>The study of stabilisation performance is a crucial consideration in the design of offshore floating platforms. For large floating structures, incorporating passive anti-roll tanks is a common technique for roll reduction. To investigate the feasibility of using ballast tanks for...

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Bibliographic Details
Main Author:	Huiyuan Zheng (12889196) (author)
Other Authors:	Shicheng Wang (6634139) (author), Shihua Li (737625) (author), Xin Wang (91924) (author), Kuan Lu (2831495) (author), Dianhu Li (22446419) (author), Lan Xia (443866) (author), Yunzhou Li (3769081) (author), Bilin Wu (22446422) (author)
Published:	2025
Subjects:	Neuroscience Biological Sciences not elsewhere classified Information Systems not elsewhere classified minimum pitch occurs control theories aimed appropriate evaluation metrics r &# 178 94 &# 176 60 &# 176 45 &# 176 36 &# 176 22 &# 176 various ballast configurations internal tank theory large floating structures ballast water tank ballast tank designs wave incidence direction regular wave simulations irregular wave simulations predicting motion responses superior prediction performance offshore floating platforms using ballast tanks static stability parameters original model ). incorporating passive anti condition 4 vs condition 1 ). case 3 ), floating platforms ballast tanks &# 8220 single tank resonance case condition 1 yaw motion roll tanks roll motion stabilisation performance performance optimization following performance xlink "> thereby enhancing significantly affect sea states roll attenuation rmse compared results indicate located around heave degree heave amplitude future work
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Ballast tank water volume setting.

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