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태풍 “망온, 무이파” 내습에 따른 수영만 파랑분포 특성에 관한 연구
김동환(D.H. Kim),유창일(C.I. Yoo),김헌태(H.T. Kim),류청로(C.R. Ryu) 한국해양환경·에너지학회 2011 한국해양환경·에너지학회 학술대회논문집 Vol.2011 No.11
During a month, wave observation was characteristic of Suyuong bay since 16th of July. During the period, typhoons which were “Ma-on, Muifa” landed on Suyong bay. Observation point places a half-way point between Gwangan light beacon in the utmost bounds of the west and Haeundae floating buoy in east. The observation point was selected for confirming the relations of river discharge and storm surge of suyong bay. To investigate the characteristic, using meteorological data not in just Gwangan light beacon but in Haeundae floating buoy. As a result, at Gwangan light beacon the maximum significant wave observed was 3.5 m and period was 10,3 sec, at the Observation point each outcomes were 3.8 m and 10.1 sec, Haeundae floating had 2 m and 8.5 sec as consequences. The height of observation point was higher than Haeundae’s or Gwangan’s and had two peaks. Although the wave direction in observation point came from southern east, being irregular in Haeundae floating buoy. Up to now, the interrelationship of weather conditions and wave characteristics have been verified, the characteristic of wave distribution
온배수 및 담수 방류 해역의 유동구조와 부유사 거동 특성
김종렬(J.R. Kim),이인철(I.C. Lee),김헌태(H.T. Kim) 한국해양환경·에너지학회 2004 한국해양환경공학회 학술대회논문집 Vol.2004 No.-
In the around coastal area of Jwakwang-River located in the south-eastern sea of East sea, Korea, there are thermal effluent inflow continuously from Kori atomic power station and inflow a large amount of suspended solid load into around coastal sea from Jwakwang-River and Wollae-River by the various largely construction planning. In this study, we investigated characteristics of seawater circulation and suspended solid behavior at mixing area. The sedimentation rate for suspended solid by in-situ collector experiment was estimated about 0.567g/㎠/day.
노광수(K.S. NOH),이인철(I.C. LEE),김헌태(H.T. KIM) 한국해양환경·에너지학회 2005 한국해양환경공학회 학술대회논문집 Vol.2005 No.11
In order to estimate the Suspended Particulate Matter transport through cross section of the Gadeok Channel in Jinhae bay, concentration of SPM and current velocity were measured using niskin water sampler and ADCP. The transport of total SPM during flood flow and ebb flow were respectively 335 × 10² ton/day and 31.85 × 10² ton/day. Net fluxes of SPM were estimated 303.14 × 10² ton/day.