A Study on Estimation of Manoeuvring Performance in Shallow Water using CFD in Initial Ship Design Phase
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Kim, In-Tae
(Inha University, Naval Architecture Ocean Engineering)
Kim, Sang-Hyun (Inha University, Naval Architecture Ocean Engineering) Kim, Hyun-Jun (Ulsan ICT Promotion Agency) Kim, Dong-Young (IIHR-Hydroscience and Engineering, The University of Iowa) Yang, Jung-Kyu (Defense Acpuisition Program Administration) |
1 | Ankudinov, K., 1990. Manoeuvring performance of tug/barge assemblies in restricted waterways. Proceedings MARSIM & ICSM 90, Tokyo, 1990. |
2 | ITTC, 2002. Manoeuvring committee: Final report and recommendation. Proceedings of 23th ITTC, Venice, skfWk Italy, 8-14 September 2002, 3, pp.204-205. |
3 | ITTC, 2011. Manoeuvring Committee: Final report and recommendation. Proceedings of 26th ITTC, Rio de Janeiro, Brazil, 14-20 September 2008, pp.143-208. |
4 | Jebsen, J.J. & Papakonstantinou, V.C., 1997, Evaluation of the physical risk of ship grounding, master's thesis, Massachusetts Institute of Technology. pp. 1-239. |
5 | Kijima, K., Nakiri, Y., Tsutsui, Y. & Matsunaga, M., 1990, Prediction methods of ship manoeuvrability in deep and shallow water. Proceedings MARSIM & ICSM 90, Tokyo, 1990. pp.311-318. |
6 | Kim, D.Y., Kim, I.T., Han, J.S., Kim, S.J. & Kim, S.H., 2016. A study on the hydrodynamic derivatives estimation of KVLCC2 using virtual captive model test. Proceedings of KAOSTS Academic Conference, Pusan, Korea, 15-20 May 2016, SNAK pp.510-513 |
7 | Kim, D.Y., 2017, A study on the analysis method of ship maneuverability in waves considering the wave drift force. master's thesis, Inha university, pp. 1-156. |
8 | Kim, D.Y., Kim, S.H., Han, J.S., Kin, S.J. & Paik, K.J., 2017. A study on the sensitivity analysis of the hydrodynamic derivatives on the maneuverability of kvlcc2 in shallow water. Portal of Scientific Journals of Croatia, 68(4), pp.1-22. |
9 | Matsumoto, K. & Suemitsu, K., 1980. The prediction of manoeuvring performances by captive model tests. Journal of the Kansai Society of Naval Architects. Japan, 176, pp.11-22. |
10 | Kim, S.W., Yeo, D.J., Rhee, K.P & Kim, D.J., 2008. Prediction of manoeuvrability of a ship. Journal of the Society of Naval Architects of Korea, 45(3), pp.280-287. DOI |
11 | SIMMAN, 2008. Part G: Comparison of results for free manoeuvre simulations - Systems and CFD basedmethods. Proceedings of SIMMAN 2008, Lyngby, Denmark, 14-16 April 2008, pp.G1-G277. |
12 | SIMMAN, 2014. Instructions for CFD-Based method, Copenhagen, Denmark 8-10 Dec. 2014, pp.1-22 |
13 | Sheng, Z., 1981. Contribution to the discussion of the manoeuvrability committee report. 16th ITTC proceedings, Leningrad, Soviet Union, 31 Aug - 9 Sept. 1981, pp.249-298. |
14 | Sung, Y.J. & Park, S.H., 2015. Prediction of ship manoeuvring performance based virtual captive model tests. Journal of Society of Naval Architects of Korea, 52(5), pp.407-417. DOI |
15 | Yasukawa & Sano, 2014. Maneuvering prediction of a KVLCC2 model in shallow water by a combination of EFD and CFD, Preprints of Workshop Proceeding SIMMAN 2014, Copenhagen, Denmark, 8-10 Dec. 2014, pp.115-121. |
16 | Yoshimura, Y., 1988. Mathematical model for the manoeuvring ship motion in shallow watermathematical model at slow forward speed. Journal of Kansai Society of Naval Architects of Japan, 210, pp.77-84. |
17 | Yun, K.H., Park, K.R. & Park, B.J., 2014. Study of ship squat for KVLCC2 in shallow sater. Journal of the Society of Naval Architects of Korea, 51(6), pp.539-547. DOI |
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