Study on the Characteristic of Tidal Current at Uldolmok, Korea

Title
Study on the Characteristic of Tidal Current at Uldolmok, Korea
Author(s)
박준석; 박진순; 이광수; 이정렬
KIOST Author(s)
Park, Jun Seok(박준석)
Publication Year
2016-06-23
Abstract
Uldolmok that is a typical site of the tidal current power in the peninsula is famous for its strong tidal current, with a maximum 5 minute mean current speed of about 6.3 m/s observed mean surface layer, above 23 m from. The channel was confirmed that the strong fluctuation created when the time period of 5~10 minutes to occur, which occurs in amplitude of around 2 m/s. For a short period at a flow rate variation is an important factor in the generation and utilization rate calculation and evaluation. But the method using the observation requires a supplement of studies using other means it is observed time and space constraints. So we want to clearly grasp the short-period oscillations of the flow rate by adding the numerical experiments and eco-buoy observations that Eco-buoys is a device capable of observing the flow rate and flow pattern in the space inside the small built-in GPS sensor buoy.nfirmed that the strong fluctuation created when the time period of 5~10 minutes to occur, which occurs in amplitude of around 2 m/s. For a short period at a flow rate variation is an important factor in the generation and utilization rate calculation and evaluation. But the method using the observation requires a supplement of studies using other means it is observed time and space constraints. So we want to clearly grasp the short-period oscillations of the flow rate by adding the numerical experiments and eco-buoy observations that Eco-buoys is a device capable of observing the flow rate and flow pattern in the space inside the small built-in GPS sensor buoy.
URI
https://sciwatch.kiost.ac.kr/handle/2020.kiost/24686
Bibliographic Citation
2nd International Water Safety Symposium, pp.82, 2016
Publisher
Lifesaving
Type
Conference
Language
English
Publisher
Lifesaving
Related Researcher
Research Interests

Marine Energy,Energy Resource,Coastal Morphodynamics,해양에너지,에너지 부존량,연안 퇴적환경

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