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Experimental Studies on Water and Solute Transport Processes in a Hydraulic Model of the Severn Estuary, UK

机译:英国塞文河口水力模型中水和溶质运移过程的实验研究

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A physical model that consisted of a glass reinforced plastic model, constructed to a 1:25,000 horizontal scale and with a 1:125 vertical scale of the Severn estuary was designed and fitted into a tidal basin at Cardiff University. The model, which was first of its kind, was used to conduct studies on the hydrodynamic (i.e. water levels and velocities) and solute transport processes in the estuary, with the latter being studied through dye tracer studies. This basin is particularly significant since in recent years the estuary has attracted a lot of attention, especially with the potential of renewable energy generation. Thus any studies that can help mimic the water behaviour in the estuary, and replicate conditions in the prototype, would help address the many concerns relating to tidal dynamics and water quality in the estuary. The physical model could not match the prototype exactly due to scaling and space constraints, however, the results obtained agreed well with field studies and other studies reported in the literature.
机译:设计了一个由玻璃增强塑料模型组成的物理模型,该模型以Severn河口的水平比例为1:25,000,垂直比例为1:125构建,并安装到了卡迪夫大学的潮汐盆地中。该模型是第一个此类模型,用于对河口的水动力(即水位和流速)和溶质运移过程进行研究,并通过染料示踪研究对其进行研究。该流域特别重要,因为近年来河口吸引了很多关注,特别是在具有可再生能源发电潜力方面。因此,任何可以帮助模拟河口水行为并复制原型中条件的研究都将有助于解决与河口潮汐动力学和水质有关的许多问题。由于缩放和空间限制,物理模型无法完全匹配原型,但是,获得的结果与现场研究和文献中报道的其他研究吻合得很好。

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