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A Study on Application of 2-Dimensional Flow Models to Inundation on Underground Space System
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 Title & Authors
A Study on Application of 2-Dimensional Flow Models to Inundation on Underground Space System
Kwak, Sunghyun; Lee, Kyungsu; Rhee, Dong Sop; Lyu, Siwan;
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In order to increase the utilization of limited space in urban area, it can be a good solution to make use of underground space. For the last few decades, underground space systems, such as underground passages, subway stations, and underground shopping arcades, have been constructed in many cities all over the country. Despite of the advantages on the utilization of space in urban area, underground space systems have always been exposed to the risk of inundations resulted from severe rain storms. In this study, it has been examined to apply 2-D flow models (TUFLOW and FLUMEN) to establishing the preventive measures to the risk of flood. For the part with relatively complex configuration, such as a corridor junction, 2-D flow models present the detailed information about the effect of geometry on the inundation events and the temporal and spatial distribution of inundation over the space. From the result, it can be concluded that the 2-D flow model can be the effective implement for establishing the proper measure to the inundation on underground space systems, which generally have relatively long and narrow geometry with complex inner configuration.
underground space system;inundation;2-D flow model;TUFLOW;FLUMEN;
 Cited by
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