Analysis of Influence of Baffle Number on Liquid Sloshing Characteristics in Tank

Yang Song; Wang Shuaijun; Wenfeng Wu; Tu Jiaoyang; Gao Jialin; Zhang Jiakuo; Zhen Changwen; Wang Xuxiu

doi:10.1109/WCMEIM48965.2019.00029

2019 2nd World Conference on Mechanical Engineering and Intelligent Manufacturing (WCMEIM)

Analysis of Influence of Baffle Number on Liquid Sloshing Characteristics in Tank

Year: 2019, Pages: 113-116

DOI Bookmark: 10.1109/WCMEIM48965.2019.00029

Authors

Yang Song, Zhe Jiang Ocean University, China
Wang Shuaijun, Zhe Jiang Ocean University, China
Wenfeng Wu, Zhe Jiang Ocean University, China
Tu Jiaoyang, Zhe Jiang Ocean University, China
Gao Jialin, Zhe Jiang Ocean University, China
Zhang Jiakuo, Zhe Jiang Ocean University, China
Zhen Changwen, Zhe Jiang Ocean University, China
Wang Xuxiu, Zhe Jiang Ocean University, China

Abstract

Due to the increased transportation demand, the stability and safety of the tank structure caused by liquid sloshing has also attracted more attention. This paper establishes a 3D model and creates a numerical model based on the VOF method. The effects of the number of vertical baffles on the sloshing characteristics, such as waveform changes, flow field distribution, and sloshing pressure, were investigated. The results show that the greater the number of vertical partitions, the better the damping effect.

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Analysis of Influence of Baffle Number on Liquid Sloshing Characteristics in Tank

Authors

Abstract

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