Position of the waterline inside the tanks with 30% displacement added.

Position of the waterline inside the tanks with 30% displacement added.

<p>Position of the waterline inside the tanks with 30% displacement added.</p>

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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
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thereby enhancing
significantly affect
sea states
roll attenuation
rmse compared
results indicate
located around
heave degree
heave amplitude
future work
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Description
Summary:<p>Position of the waterline inside the tanks with 30% displacement added.</p>

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