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Possibilities of Using the Direct Runoff Model KINFIL for a Road Network Design

机译:在道路网设计中使用直接径流模型KINFIL的可能性

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The paper provides a practical implementation of the hydrological model KINFIL to be used for design-ing an optimal road density system in areas where agricultural or forestry production does not play an important role. In particular, such a road system project is based on the physiographic characteristics of land. Input data for a direct runoff analysis are computed in relation to the geometric parameters of upstream sub-catchments using the method of maximum daily precipitation reduction. Computed direct runoff discharges depend mainly on soil and vegetation conditions. Besides the soil type characteristics, the length and the angle of hill slopes to be drained by a road drainage system are major parameters determining the road density. These discharges are further assessed for road drain capacities designed according to the Czech Standard System (?SN).
机译:本文提供了水文模型KINFIL的实际实现,该模型可用于在农业或林业生产不发挥重要作用的地区设计最佳道路密度系统。特别地,这种道路系统项目是基于土地的生理特征。使用最大日降水量减少的方法,针对上游径流的几何参数计算出直接径流分析的输入数据。计算得出的直接径流流量主要取决于土壤和植被状况。除土壤类型特征外,道路排水系统要排水的山坡的长度和角度是决定道路密度的主要参数。根据捷克标准系统(?SN)进一步评估这些排放物的道路排水能力。

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