Development of a Hydrologic System for Simulating Daily Water Storage in an Estuary Reservoir

  • Noh, Jae-Kyoung (Department of Rural Infrastructure Engineering, Chungnam National University)
  • 발행 : 2003.12.01

초록

In order to analyze the water supply capacity in an estuary reservoir, a system composed of daily water balance model and daily inflow model was developed. The agricultural water demands to paddy fields, domestic water demands to residential areas, and industrial water demands to industrial complexes were considered in this daily water balance model. Likewise, the outflow volume through sluice gates and inside the water level at the start of the outflow was initially conditioned to simulate estuary reservoir storage. The DAWAST model (Noh, 1991) was selected to simulate daily estuary reservoir inflow, wherein return flows from agricultural, domestic, and industrial water were included to simulate runoff. Using this system, the water supply capacity in the Geum River estuary reservoir was analyzed.

키워드

참고문헌

  1. Water Vision 2020 Ministry of Construction and Transportation
  2. Report on the Geum River Estuary Reservoir Project Korea Agricultural and Rural Infrastructure Corporation
  3. Development of real time operating system for managing low flows in the Nakdong riverbasin Korea Water Resources Corporation
  4. A Integrated Study on Water Use Planning to the Geum River Ⅱ Region Korea Agricultural and Rural Infrastructure Corporation
  5. Proceedings 2003 of Korean Society of Agricultural Engineers Application of SWAT model to Gyeongancheon watershed for estimating stream flows and sediment yields Kim, Chul-Gyum;Hyeon-jun Kim
  6. Ph. D. dissertation, National University Development two parametric hyperbolic model for daily streaflow simulation Kim, Hyeon-jun
  7. Journal of the Korean Society of Agricultural Engineers v.42 Development of a decision support system for reservoir sizing Kim, Seong Joon;Jaekyoung Noh
  8. Journal of Korea Water Resources Association v.36 no.5 A tank model application to Soyanggang dam and Chungjudam with snow accumulation and snow melt Lee, Sang Ho;Tae Jin Ahn;Byung Man Yun;Myung Pil Shim https://doi.org/10.3741/JKWRA.2003.36.5.851
  9. Ph. D. dissertation, Seoul, Korean: Seoul National University A conceptual watershed model for daily streamflow based on soil water storage Noh, Jaekyoung
  10. Proceedings 1999 of Korea Water Resources Association Development of system for simulating daily runoff by DAWAST model Noh, Jaekyoung
  11. Proceedings 2000 of Korean Society of Civil Engineers v.3 Effect of increasing water supply capacity of reservoir from limiting water supply Noh, Jaekyoung
  12. Proceedings 2003 of Korean Society of Agricultural Engineers Return flows considered DAWAST model Noh, Jaekyoung;Jinyoung Lee;Yongshin Jin