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Yuanting Zou results 5 · Newest (Page 1/1, per page 25)
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Sea trial of anti-rolling performance of a zero-speed ship model in coastal waves using PPO-based reinforcement learning control of flapping finsNARA Subscribed
Ocean Engineering · 2026 · Vol. 355 · Pergamon
Yuanting Zou; Wenhua Xu; Jialong Jiao
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Polyphenol-mediated hierarchical porous hydrogel evaporators for accelerated water transport and reduced evaporation enthalpyNARA Subscribed
Science Bulletin · 2026 · Vol. 71 · Issue 5 · Elsevier
Xueqian Zhang; Hongtao Li; Bo Liang; Zikun Zou; Zhen Yang; Shaohui Xiong; Lei Yang; Xu Wang; Yang Chen; Yuanting Xu; Yiwen Li
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Experimental investigation of anti-roll performance of a ship with flap-type fin stabilizers in oblique waves at zero speedNARA Subscribed
Ocean Engineering · 2025 · Vol. 342 · Pergamon
Jialong Jiao; Yuanting Zou; Wenhua Xu; Zheng Yang
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Intelligent control of flap-type fin stabilizer for ship roll motion reductionNARA Subscribed
Ocean Engineering · 2025 · Vol. 323 · Pergamon
Wenhua Xu; Jialong Jiao; Guodong Xu; Miao Zhang; Yuanting Zou
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Numerical Simulations of Tank Sloshing Problems Based on Moving Pseudo-Boundary Method of Fundamental SolutionOA Marine
Journal of Marine Science and Engineering · 2023 · Vol. 11 · Issue 7 · MDPI
Chengyan Wang; Yuanting Zou; Ji Huang; Chia-Ming Fan
The moving pseudo-boundary method of fundamental solutions (MFS) was employed to solve the Laplace equation, which describes the potential flow in a two-dimensional (2D) numerical wave tank. The MFS is known for its ease of programming and the advantage of its high precision. The solution of the boundary value can be expressed by a linear combination of the fundamental solutions. The major issue with such an implementation is...
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