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The Influence Study of Inlet System in Recirculating Aquaculture Tank on Velocity Distribution

机译:入口系统在速度分布上再循环水产养殖罐的影响研究

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In this paper, a three-dimensional numerical model was established byusing computational fluid dynamics to explore the improvement ofhydrodynamic conditions and the flow field characteristics in arectangular tank with arc angle. Design parameters of inlet system suchas the jet angle and the number of inlet holes (the total inlet arearemains constant) were studied on the velocity distribution uniformityin the aquaculture tank. The results indicate that the velocitydistribution uniformity in the tank is the best when the jet angle is 0°;the number of inlet holes has little effect on velocity distribution oftank when the total inlet area remains constant.
机译:在本文中,建立了三维数值模型利用计算流体动力学探索改进流体动力条件和流域特征矩形坦克,弧形角度。入口系统的设计参数作为喷射角度和入口孔的数量(总入口区域保持恒定的速度分布均匀性在水产养殖坦克。结果表明速度当喷射角为0°时,罐中的分布均匀性是最佳的;入口孔的数量对速度分布几乎没有影响当总入口区域保持恒定时,坦克。

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