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A PROPOSAL OF THE METHOD FOR PREDICTING RIVER TSUNAMI RUN-UP AND FLOODING IN THE KUSHIRO CITY AREA AND ITS APPLICATION

机译:库什罗市城区河流入海和淹水预测方法的建议及其应用

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摘要

This report aims to develop a disaster reduction method around rivers for supporting local governments and river administrators. The target basin is Kushiro City, where densely populated in lower altitude areas. First, we simply modeled series of tsunami run-up into rivers from a wave source region and tsunami inundation around the city. With varying river hydraulic parameters and tsunami source determined by reference to the actual tsunami event, the authors investigated tsunami external force on river facilities. Next, analyses were performed on the external forces on water supply and sewerage systems of the target city using maximum class tsunami wave data made public by Hokkaido government. As a result, depending on the conditions in river discharge, scale of the tsunami, elevation change on the ground, the variations of the disaster potential of these facilities were confirmed. The disaster mitigation proposal shown here can help local governments and river administrators to plan measures for tsunami run-up and inundation in emergency situations.
机译:本报告旨在开发一种河流减灾方法,以支持地方政府和河流管理者。目标流域是Ku路市,该地区人口稠密,海拔较低。首先,我们简单地模拟了一系列海啸从波浪源区域流入河流,以及城市周围的海啸泛滥。通过参考实际海啸事件确定不同的河流水力参数和海啸源,作者调查了海啸对河流设施的外力。接下来,使用北海道政府公开的最大海啸数据对目标城市的供水和排污系统的外力进行了分析。结果,取决于河流排放的条件,海啸的规模,地面的海拔变化,证实了这些设施的潜在灾害的变化。此处显示的减灾建议可以帮助地方政府和河流管理者计划在紧急情况下应对海啸加剧和洪水泛滥的措施。

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