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Arced Labyrinth Weirs

机译:弧形迷宫堰

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摘要

The discharge capacity and hydraulic efficiency of a labyrinth weir can be increased with an Arced cycle configuration. An Arced geometric layout for labyrinth weirs is presented, including nomenclature for arc-specific geometric variables. Discharge coefficients as a function of HT/P for half-round trapezoidal Arced labyrinth weirs with 6 and 12° sidewall angles are also presented. The hydraulic performance of the tested Arced labyrinth weir geometries is compared to Projecting and in-channel labyrinth configurations and to an arced weir (horseshoe weir) with a half-round crest, including the effects of approaching flow conditions and local submergence. Differences between geometrically similar and geometrically comparable Arced labyrinth weirs are identified and discussed.
机译:迷宫式堰的排放能力和水力效率可以通过电弧循环配置来提高。提出了迷宫堰的弧形几何布局,包括特定于弧形几何变量的命名法。还介绍了侧壁角为6和12°的半圆形梯形弧形迷宫堰的流量系数与HT / P的关系。将经过测试的弧形迷宫堰几何形状的水力性能与投射和通道迷宫式配置以及半圆形波峰的弧形堰(马蹄堰)的水力性能进行了比较,包括接近流动条件和局部淹没的影响。确定并讨论了几何相似和几何相似的弧形迷宫堰之间的差异。

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