A study on maneuverability evaluation by the research vessel JERA |
LEE, Chang-Heon
(Department of Marine Industrial and Maritime Police, Jeju National University)
AHN, Jang-Young (Department of Marine Industrial and Maritime Police, Jeju National University) KIM, Suk-Jong (Department of Marine Industrial and Maritime Police, Jeju National University) KIM, Min-Son (Division of Marine Industry Transportation Science and Technology Marine Production System Major, Kunsan National University) CHOI, Chan-Moon (Department of Marine Industrial and Maritime Police, Jeju National University) |
1 | Kobayashi H, Kagemoto H and Furukawa Y. 1995. Mathematical models of ship manoeuvring motion. 2nd symposium, The Japan Society of Naval Architects, 23-84. |
2 | Kopp PJ. 1993. Mathematical model for a real time ship maneuvering, station-keeping, and sea-keeping training simulator. Carderock division naval surface warfare center (CRDKNSWC-HD-1427-01), 24. |
3 | Lee SK and Kim SJ. 1995. Prediction of Maneuverability of a ship in the initial design stage. Transactions of the society of Naval Architects of Korea, 32(4), 19-26. |
4 | Lee SK and Lee SJ. 1998. Evaluation of course-keeping quality of a ship by Zig-zag test. Journal of the Society of Naval Architects of Korea 35(1), 54-60. |
5 | Matsumoto N and Suemitsu K. 1980. The prediction of manoeuvring performances by captive model tests. J Kansai Soc Naval Archit Japan 176, 11-22. |
6 | Nomoto K, Taguchi K, Honda K and Hirano S. 1956. On the Steering Qualities of Ships(1). The Society of Naval Architect of Japan, 75-82. |
7 | Nomoto K and Kenshi Taguchi K. 1957. On the Steering Qualities of Ships(2). The Society of Naval Architect of Japan, 57-66. |
8 | Yasukawa H. 1992. Numerical calculation of steady turning performance of a thin ship. Proc. MCMC '92, 19-23. |
9 | Yasukawa H and Yoshimura Y. 2015. Introduction of MMG standard method for ship maneuvering predictions. J. Mar Sci Technol 20, 37-52. (DOI:10.1007/s00773-014-0293-y) DOI |
10 | Yoshimura Y. 1994. Studies on the stopping ability of manoeuvring standard. Journal of the Society of Naval Architects of Japan, 176, 259-265. |
11 | Yoshimura Y, Kose K and Haraguchi T. 2000. Criteria for yaw-checking and course-keeping abilities in IMO's interim standards for ship manoeuvrability. MARSIM 2000 conference proceeding (Orlando, USA), 389-400. |
12 | Yun JD. 1977. A Study on the quantitative analysis of a ship’s collision avoiding action by using the maneuvering Indices. The Korean Institute of Navigation 1(1), 27-44. |
13 | Jung CH, Lee HK and Kong GY. 2008. A study on the ship's performance of T.S HANBADA(III). Journal of Navigation and Port Research 32(6), 439-445. (DOI: 10.5394/ KINPR.2008.32.6.439) DOI |
14 | An YS, Kang IK, Kim HS, Kim JC, Kim MS, Jo HJ and Lee CK. 2005. A study on the manoeuvrability of T/S SAEBADA by real sea trials. J Korean Soc Fish Technol 41(4), 289-295. (DOI:10.3796/KSFT.2005.41.4.289) DOI |
15 | IMO. 2002. Standards for ship manoeuverability. Resolution MSC. 137(76) Annex 6, 1-6. |
16 | Journee JMJ and Pinkster J. 2002. Introduction in ship hydromechanics. Lecture MIT 519, Delft University of Technology, 51-101. |
17 | Kijima K, Katsuno T, Nakiri Y and Furukawa Y. 1990. On the manoeuvring performance of a ship with the parameter of loading condition. J Soc Naval Archit Japan 168, 141-148. |
18 | Kim JC. 1995. Maneuverability of M.S TAMYANG. Bull. Korean Soc Fish Technol 31(2), 172-177. |
19 | Kim MS, Shin HI, Kim JH and Kang IK. 2009. A Study on the Maneuverabilities of the T.S Kaya. Jour Fish Mar Sci Edu 21(1), 59-67. |