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1차원 부정류 모형을 활용한 낙동강 하류의 홍수 특성 KCI 등재

Flood Characteristics at Nakdong Estuary with 1 Dimensional Unsteady Model

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한국환경과학회지 (Journal of Environmental Science International)
한국환경과학회 (The Korean Environmental Sciences Society)
초록

Rainfalls would increase the discharges or stages of tributary channels in natural watersheds, which in turn augment the magnitude of main stream stages. Rising of water surface elevation in main streams can affect and damage the human activities because of the possibilities of the breakdown or overflow of the embankment. Therefore it is necessary to establish the structural or non-structural alternatives for the sake of prevention or treatment of those disasters. Many mathematical models to analyze the flood flows in natural watercourses have been proposed as the non-structural alternatives so far. In this study one of the such models, FLDWAV developed by NWS(National weather Service), is applied to the downstream reach of Nakdong river. Model calibration is performed on various Manning's roughness coefficients at the gauging stations. The simulation results are compared well with hydrological estimations of flood discharges considering the effects of multipurpose dams upstream of control points.

저자
  • 이상진(한국 수자원공사 K-Water연구원) | Lee Sang-Jin
  • 신현호(한국 수자원공사 K-Water연구원) | Shin Hyun Ho
  • 김주철(한국 수자원공사 K-Water연구원) | Kim Joo-chel Corresponding Author
  • 황만하(한국 수자원공사 K-Water연구원) | Hwang Man Ha