740톤급 종합해양연구선 이어도호 대체선 선형 및 설계 특성 SCOPUS KCI

Title
740톤급 종합해양연구선 이어도호 대체선 선형 및 설계 특성
Alternative Title
Hull Form and Layouts of 740-ton Replacement Vessel for R/V Eardo of KIOST: Ship Design and SMR
Author(s)
박정기; 박동원; 이근창; 김영준; 민영기
KIOST Author(s)
Park, Cheong Kee(박정기)Park, Dong Won(박동원)Lee, Gun Chang(이근창)Kim, Young Jun(김영준)
Alternative Author(s)
박정기; 박동원; 이근창; 김영준
Publication Year
2020-06
Abstract
R/V EARDO, commissioned in 1992, has successfully carried out ocean research campaigns in Korean jurisdictional and adjacent waters, including continental margins and coastal zones within the Korean Exclusive Economic Zone (EEZ), for 29 years. However, it will soon be reaching the end of its useful service life. A replacement for R/V EARDO is urgently needed to ensure the safety of vessel itself and its crews, and efficient ship operation and maintenance, as well as to meet modern scientific mission requirements (SMRs).
Basic specifications for a replacement ship have been devised and reviewed over the past nine months. A test of the proposed hull form was also performed. The total tonnage of the proposed vessel is approximately 740 tons, and the overall length and width are 62.0 and 11.6 m, respectively. The new ship will thus be 73% larger than the current R/V EARDO; in particular, the research workspace will be 4.4 times larger. The major design priorities are the propulsion system, efficiency of radiated noise and vibration control, and the dynamic positioning system. An environmentally friendly emission system, meeting International Maritime Organization (IMO) Tier III regulations, will be installed in the third exhaust pipe. Various wet and dry lab spaces as well as 32 different scientific instruments have also been considered in the ship design.
ISSN
1598-141X
URI
https://sciwatch.kiost.ac.kr/handle/2020.kiost/38625
DOI
10.4217/OPR.2020.42.2.171
Bibliographic Citation
Ocean and Polar Research, v.42, no.2, pp.171 - 178, 2020
Publisher
Korea Institute of Ocean Science and Technology
Keywords
research vessel; regional class; basic design; electric propulsion
Type
Article
Language
Korean
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