Experimental Study of Sloshing Load on LNG Tanks for Unrestricted Filling Operation |
Kim, Sang-Yeob
(Department of Naval Architecture & Ocean Engineering, Seoul National University)
Kim, Yonghwan (Department of Naval Architecture & Ocean Engineering, Seoul National University) Park, Jong-Jin (Marine Research Institute, Samsung Heavy Industries Co., Ltd) Kim, Booki (Marine Research Institute, Samsung Heavy Industries Co., Ltd) |
1 | Anai Y, Ando T, Watanabe N, Murakami C, and Tanaka Y (2010). "Development of a New Reduction Device of Sloshing Load in Tank," Proc 20th Int Offshore Polar Eng Conf, Beijing, China, ISOPE, Vol 3, pp 18-25. |
2 | Chun SE, Hwang JO, Chun MS, Lee JM, Suh YS, and Hwangbo, SM (2011). "Direct Assessment of Structural Capacity against Sloshing Loads using Nonlinear Dynamic FE Analysis Including Hull Structural Interactions," Proc 21st Int Offshore Polar Eng Conf, Hawaii, USA, ISOPE, Vol 3, pp 191-199. |
3 | Ha MK, Kim MS, Paik BK, and Park CH (2002). "Motion and Sloshing Analysis for New Concept of Offshore Storage Unit," Int J Ocean Eng Tech, Vol 16, No 1, pp 1-7. |
4 | Kim Y, Kim SY, Ahn, Y, Kim KH, Jeon SE, Shu YS, Park JJ, and Hwangbo, SM (2013). "Model-Scale Sloshing Tests for and Anti-Sloshing Blanket System," Int J Offshore and Polar Eng, Vol 23, No 4, pp 254-252. |
5 | Kim, SY, Kim Y, and Kim, KH (2014). "Statistical Analysis of Sloshing-Induced Random Impact Pressures," J Eng for Marine Environment, Vol 228, No 3, pp 235-248. |
6 | Kim, SY, Kim, KH, and Kim Y (2015). "Comparative Study on Pressure Sensors for Sloshing Experiment," J Ocean Eng, Vol 94, pp 199-212 DOI |
7 | Ahn Y, Kim SY, Kim KH, Lee SW, Kim Y, and Park JJ (2012). "Study on the Effect of Density Ratio of Liquid and Gas in Sloshing Experiment," Proc 22nd Int Offshore Polar Eng Conf, Rhodes, Greece, ISOPE, Vol 3, pp 311-317. |
8 | Lloyd, ARJM (1989). Seakeeping: Ship Behavior in Rough Weather, Ellis Horwood Ltd, UK. |
9 | LR (2009). "Sloshing Assessment Guidance Document for Membrane Tank LNG Operations," Guidance note, London, UK. |
10 | Macdonald AJ (2008). "Lloyd's Resister's Guidance on the Operation of Membrane LNG Ships to Avoid the Risk of Sloshing Damage," GASTECH, Bangkok, Thailand. |
11 | Maillard S and Brosset L (2009). "Influence of Density Ratio between Liquid and Gas on Sloshing Model Test Results," Proc 19th Int Offshore Polar Eng Conf, Osaka, Japan, ISOPE, Vol 3, pp 167-174. |
12 | Nichols BD and Hirt CW (1971). "Improved Free Surface Boundary Conditions for Numerical Incompressible-Flow Calculations," J Comp Phys, Vol 8, pp 434-448. DOI |
13 | Park JJ, Kim MS, Kim YB, and Ha MK (2006). "Practical Application of Numerical Sloshing Analysis for Development of Large LNG Carriers," Proc 16th Int Offshore Polar Eng Conf, San Francisco, USA, ISOPE, Vol 3, pp 219-224. |
14 | Pastoor W, Tveitnes T, Valsgard S, and Sele HO (2004). "Sloshing in Partially Filled LNG Tanks - An Experimental Survey," Proc 5th Offshore Tech Conf, Houston, USA, OTC Paper No. OTC16581. |
15 | Zhao R, Rognebakke O, and Zheng X (2004). "Wave and Impact Loads in Design of Large and Conventional LNG Ships," Proc Conf Design & Operation of Gas Carriers, London, UK, RINA, pp 75-85. |