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Influence of floodplain and riparian vegetation in the conveyance and structure of turbulent flow in compound channels

机译:洪泛区和河岸植被在复合通道中湍流输送和结构的影响

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The present study aims at understanding the changes in the channel conveyance and in the turbulent flow structure due to the presence of both submerged vegetation in the floodplains and riparian vegetation. An experimental campaign was carried out comprising uniform compound channels flows (i) without any kind of vegetation, (ii) with synthetic grass in the floodplains, (iii) with synthetic grass in the floodplains and rods in the interface between main channel and the floodplain and (iv) with synthetic grass in the floodplains and artificial shrubs in the interface between main channel and the floodplain. For comparison, the water depth in all flow cases was kept constant. Accurate acoustic Doppler velocimetry was used to evaluate the 3d velocity field and the turbulence structures characteristics.
机译:目前的研究旨在了解渠道运输和湍流结构的变化,由于洪水平均和河流植被的浸没植被存在。 在没有任何种类的复合通道(I)的情况下进行实验活动,没有任何种类的植被,(ii)在洪水平坦的合成草,(iii),在主要通道和洪泛区之间的界面中的洪水平坦和杆中的合成草 (iv)在洪水平坦的合成草和人造灌木,在主通道和洪泛区之间的界面中。 为了比较,所有流动案例中的水深保持恒定。 准确的声学多普勒速度测量法用于评估3D速度场和湍流结构特性。

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