Bed shear stress distribution across a meander path

Arpan Pradhan, K. Khatua, Kirtikanta Sahoo, A. Mohanta, M. Beulah, M. Sudhir
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Abstract

Laboratory experimentation for bed shear stress distribution has been carried out in two sets of meandering channels. The channels have crossover angles of 110° and 60° constructed by ‘sine-generated’ curves over a flume of 4 m width. Variations in bed roughness were studied for the meandering main channel. Bed shear stress distribution across a meandering length for the 110° and 60° channels was examined for different sinuosities and roughnesses. The boundary shear stress study illustrated the position of maximum shear along the apex section and across the meandering path. These variations were observed for different flow depths. A comparison of the bed shear among the three experimental channels was conducted, and the results were analyzed.
蜿蜒路径上的床面剪应力分布
在两组蜿蜒的水道中进行了床面剪应力分布的实验室实验。这些水道的交叉角分别为 110° 和 60°,由 4 米宽水槽上的 "正弦曲线 "构成。对蜿蜒主航道的河床粗糙度变化进行了研究。针对不同的正弦度和粗糙度,研究了 110°和 60°河道蜿蜒长度上的河床剪应力分布。边界剪应力研究显示了沿顶点断面和整个蜿蜒路径的最大剪应力位置。这些变化是在不同的水流深度下观察到的。对三个实验水道的床面剪切力进行了比较,并对结果进行了分析。
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