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首页> 外文期刊>Journal of hydraulic research >An analysis of nearshore profile and bar development under large scale erosive and accretive waves
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An analysis of nearshore profile and bar development under large scale erosive and accretive waves

机译:大规模侵蚀和增生波作用下的近岸剖面和条形发育分析

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Typical morphodynamic laboratory tests have been carried out at small scales and without sufficient coverage or resolution. These limitations, applying particularly to accretive tests, have obstructed reliable observations and restricted modelling capabilities. Here we present experiments with erosive/accretive waves acting on a large scale flume bed profile. The paper reports a set of high-quality hydro-morphodynamic data. The analysis is focused on net transport rates and how these patterns change between different accretive conditions. The measured velocity and acceleration skewness are presented and discussed, linking the net transport over the bar to the measured hydrodynamics and sediment concentrations. The resulting profile behaviour is discussed as a function of hydro-morphodynamic settings to facilitate comparisons with other datasets.
机译:典型的形态动力学实验室测试已在较小规模下进行,并且没有足够的覆盖范围或分辨率。这些限制(尤其适用于增生测试)阻碍了可靠的观察结果,并限制了建模能力。在这里,我们介绍了侵蚀/增生波作用于大型水槽床剖面的实验。该论文报告了一组高质量的水动力数据。分析重点在于净运输率以及这些模式在不同增生条件之间如何变化。给出并讨论了测得的速度和加速度偏斜,并将通过杆的净传输与测得的水动力和沉积物浓度联系起来。讨论所得的轮廓行为是水动力参数设置的函数,以便于与其他数据集进行比较。

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