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An evaluation of enhanced geotextile layer in permeable pavement to improve stormwater infiltration and attenuation

机译:评估渗透性路面中增强的土工布层以改善雨水的渗透和衰减

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This paper reports on an evaluation of the properties of a novel structure known as OASIS® which was designed at Coventry University as an enhancement of the commercially available geotextiles when incorporated in the permeable pavement system (PPS). The impact on the hydraulic behaviour of a PPS was analysed through the study of infiltration rate, throughout the PPS and time required to reach the steady-state stage behaviour of the water within the PPS, under extreme rainfall intensities of 100 mm/hr, 200 mm/hr and 400 mm/hr, corresponding to a 100-year return period rainfall over a duration of 15 min in different parts of the world. The result indicated that the novel structure provides an extra benefit when incorporated in PPSs, delaying peak flow of a rainfall event by retaining and storing great volumes of water within its structure. These additional benefits are especially important under extreme rainfall events.
机译:本文报告了对一种名为OASIS®的新型结构的性能的评估,该结构是在考文垂大学设计的,旨在增强可渗透路面系统(PPS)中掺入的市售土工织物。通过研究渗透速率,整个PPS以及在极端降雨强度100 mm / hr,200的条件下达到PPS内水的稳态阶段行为所需的时间,分析了对PPS的水力行为的影响。毫米/小时和400毫米/小时,对应于世界不同地区持续15分钟的100年回归期降雨。结果表明,该新颖结构在PPS中使用时提供了额外的好处,通过在其结构内保留和存储大量水来延迟降雨事件的峰值流量。这些额外的好处在极端降雨事件下尤其重要。

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