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首页> 外文期刊>Australian journal of water resources >How full-height sidewall baffles affect box culvert capacity: balancing fish passage and discharge requirements
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How full-height sidewall baffles affect box culvert capacity: balancing fish passage and discharge requirements

机译:全高侧壁挡板如何影响盒子涵洞容量:平衡鱼类通道和排放要求

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摘要

Low-level river crossings and culverts deliver valuable transportation and hydraulic control services to the society, but have negative impacts in terms of upstream fish passage. Recently, full-height sidewall baffles have been imposed in north-eastern Australia to assist upstream passage of small-bodied fish in box culverts, although the impact on the culvert discharge capacity was ignored. Detailed physical modelling was conducted under controlled flow conditions in a near-full-scale culvert barrel channel, equipped with such full-height sidewall baffles. The results provide a quantitative assessment of the impact of full-height sidewall baffles on the discharge capacity of box culverts. Applications were developed for single- and multi-cell box culverts, and practical implications are discussed.
机译:低级河流交叉口和涵洞向社会提供有价值的运输和液压控制服务,但在上游鱼类段方面产生负面影响。最近,澳大利亚东北部施加了全高侧壁挡板,以协助箱子涵洞的小体鱼的上游通道,尽管忽略了对涵洞放电容量的影响。在近全尺寸涵洞桶通道中的受控流动条件下进行了详细的物理建模,配备有这种全高侧壁挡板。结果提供了对全高侧壁挡板对盒子罩放电容量的影响的定量评估。应用于单细胞和多细胞盒涵洞,并讨论了实际意义。

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