Influence of baffle position on liquid sloshing during braking and turning of a tank truck
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The influence of baffle position on liquid sloshing during the braking and turning of a tank truck was studied using a volume of fluid (VOF) model. The forces, their positions and weight distribution during braking and the forces and rolling moment during turning were calculated. The reliability of the calculation method was validated by comparisons with experimental results. The results showed that during braking, liquid splashes in the tank and the maximum forces and G (the ratio of weight acting on the front axle to the rear axle) are large when A (the ratio of the arch area above the baffle to the area of cross section)≤0.1. When A≥0.2, as the position of the baffle is lowered, the maximum of F x (the force in direction x) first decreases then increases, and the maximum of F y (the force in direction y) and G increase. During turning, liquid splashes in the tank and the maximum forces and M (the rolling moment) are large when D (the ratio of the arch area above the baffle to the area of cross section)≤0.2. When D≥0.3, as the position of the baffle is lowered, the maximums of F y , F z (the force in direction z) and M increase.
Key wordsTank truck Volume of fluid (VOF) method Liquid sloshing Two phase flow Baffle
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- Bao, G.W., 2002. Approximate calculation of liquid slosh in Dewar. Chinese Quarterly of Mechanics, 23(3):311–314 (in Chinese).Google Scholar
- Chen, Z.W., 2006. Numerical Simulation of Liquid Sloshing in Transportable Pressure Vessel and Research on the Baffles. MS Thesis, School of Material and Chemical Engineering, Zhejiang University, China (in Chinese).Google Scholar
- Li, S., Gao, F.Q., Yang, Y.R., Fan, C.G., 2007. Finite element modal analysis and dynamic experimental for liquid sloshing. Nuclear Power Engineering, 28(4):54–57 (in Chinese).Google Scholar
- Liao, Y.X., Wang, H.M., Wang, M.H., 1999. Stress analysis of storing liquid vessel during emergency braking corresponding. Packaging Engineering, 20(3):58–60 (in Chinese).Google Scholar