首页> 外文期刊>International Journal of Erosion Control Engineering >Hydrological Observation of Subsurface Flows Spouting from Pipe Exits in Torrent Bed Material and its Triggering Rainfall Conditions of the Nishinokaito River in Mount Fujiwara, Mie Prefecture, Japan
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Hydrological Observation of Subsurface Flows Spouting from Pipe Exits in Torrent Bed Material and its Triggering Rainfall Conditions of the Nishinokaito River in Mount Fujiwara, Mie Prefecture, Japan

机译:日本三重县藤原山西野海户河洪流层物质从管子出口喷出的地下水流的水文观测及其触发降雨条件

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Several pipe exits were discovered in the torrent bed material in debris flow generation areas of the Nishinokaito River, Mount Fujiwara, Mie prefecture, Japan. These exits were in a sand and gravel layer between 1.0 and 1.5 m below the surface of the torrent bed material. Gravel supported the internal walls of the pipe exits. Subsurface flows spouted when the rainfall intensity exceeded 5 to 7 mm in 10 minutes and the soil water index exceeded about 110 mm. Due to hydrological processes, subsurface flows spouting at the new pipe exits during heavy rainfall may lead to debris flow generation. We studied the critical rainfall thresholds using the radial basis function network (RBFN) method.
机译:在日本三重县藤原山西野海户河的泥石流产生区的洪流层材料中发现了几个管道出口。这些出口位于激流床材料表面以下1.0至1.5 m之间的沙砾层中。砾石支撑着管道出口的内壁。当降雨强度在10分钟内超过5至7毫米,土壤水分指数超过110毫米时,地下水流就会喷出。由于水文过程,暴雨期间在新管道出口处喷出的地下流可能导致泥石流的产生。我们使用径向基函数网络(RBFN)方法研究了临界降雨阈值。

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