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EFFECTS OF A TIDAL LAGOON ON THE HYDRODYNAMICS OF SWANSEA BAY, WALES, UK

机译:潮汐泻湖对斯旺西湾水动力学的影响,威尔士,英国

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A world’s first tidal energy lagoon has been proposed in Swansea Bay area (Severn Estuary, west coast of UK). The Severn Estuary is a highly dynamic environment and understanding the bay hydrodynamics is important to the sustainable use of the coastal area in this region. Changes to hydrodynamic processes due to the construction and operation of the lagoon will lead to some potential changes in the sediment pathways and depositional processes within the bay. Possible impacts on natural sites, located southeast of the lagoon, are a concern. A hydrodynamic model (DELFT3D) of Swansea bay has been set up to investigate the sediment pathways within this area. The focus of this paper is the potential link between tidal flows and the configuration of Swansea Bay with the construction of the tidal lagoon and as it is at present. The results will be useful for assessing tidal lagoon impact as well as many aspects of local shoreline management.
机译:Swansea Bay地区(英国西海岸Severn Etruards)提出了世界上第一批潮汐能源泻湖。 Severn Etruary是一种高度动态的环境,理解海湾流体动力学对该地区沿海地区的可持续利用很重要。由于泻湖的构造和操作导致的流体动力学过程的变化将导致沉积物途径的一些潜在变化和海湾内的沉积过程。对泻湖东南部的天然网站可能影响是一个问题。 Swansea Bay的流体动力学模型(Delft3D)已被设置为研究该地区内的沉积物途径。本文的重点是潮汐流和斯旺西湾的配置与潮汐泻湖的建造,如目前的潜在环节。结果对于评估潮汐泻湖的影响以及当地海岸线管理的许多方面有用。

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