Design of Ship-type Floating LiDAR Buoy System for Wind Resource Measurement inthe Korean West Sea and Numerical Analysis of Stability Assessment of Mooring System
![]() |
Yong-Soo, Gang
(R& D Center, Seatech Co., Ltd.)
Jong-Kyu, Kim (Department of Naval Architecture & Ocean Engineering, National Chonnam University) Baek-Bum, Lee (Seatech Co., Ltd.) Su-In, Yang (Seatech Co., Ltd.) Jong-Wook, Kim (KOC Co., Ltd.) |
1 | ABS(2021), RULES FOR BUILDING AND CLASSING, MOBILE OFFSHORE UNITS, Part 3. |
2 | Carbon Trust(2016), Offshore Wind Accelerator Recommended Practices for Floating LiDAR Systems. |
3 | Carbon Trust(2018), Deployments of Floating LiDAR Systems. |
4 | DNV(2014), Environmental Conditions and Environmental Loads. |
5 | Keum, D. M., Kim, T. W., Han, D. S., Lee, W. B. and Lee, J. M.(2009), "Design of Oceanography Buoy - Part II: Mooring System, Journal of Ocean Engineering and Technology", Vol. 23, No. 1, pp. 89-95. |
6 | KR(2021), Rules and Guidance for the Classification of Mobile Offshore Units. |
7 | Ministry of Oceans and Fisheries(2019), KOREAN DEEPWATER DESIGN WAVE ESTIMATION REPORT. |
8 | NOAA(1989), NDBC MOORING DESIGN MANUAL. |
9 | Orcina Ltd(2013), OrcaFlex Manual version 9.6C. Orcina Ltd., Daltongate, Ulverston, Cumbria. UK (http://www.orcina.com). |
10 | Ministry of Oceans and Fisheries, Badanuri Maritime Information Service Gunsan Port Current Rate |
11 | API RP 2FP1(1993), Recommended Practice for Design, Analysis, and Maintenance of Moorings for Floating Production Systems. |
![]() |