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Development of the 3D simulation for disaster prevention in the downtown soil erosion (I)
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 Title & Authors
Development of the 3D simulation for disaster prevention in the downtown soil erosion (I)
Shin, Bong Jin; Youn, Sang Ho; Lee, Gi Dong;
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 Abstract
The frequent regional torrential or heavy rain and typhoon mostly caused by climate change has resulted in sediment disasters particularly in mountainous or hilly areas. More than 65% of South Korea is mountainous and development and rapid urbanization has brought lots of steep sloping industrial complexes, which are adjacent to cities. Such continuous urbanization and industrialization can result in an increase in serious damage to those places. Korea has very high population density so sediment disaster could result in a tremendous loss of property and life. A recent 10-year (2001~2010) study of the average annual loss shows 68 casualties and property loss of 1.7044 trillion Won(?), which indicates a 20% and 25% decrease for both life and property, respectively, but urban areas are experiencing increasing damage. In this paper, a comprehensive simulator composed by references, analyses, and the recent technologies was applied to visualize the scale of the damaged Woomyeon-san (Mt.) and verify the performance of the simulator.
 Keywords
3d a simulator;Sediment disasters;Sediment disasters prediction;Prevention;Visualization;
 Language
Korean
 Cited by
 References
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