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1 Paik, J. K., "Ultimate strength of ship hulls under torsion" 28 (28): 1097-1133, 2001
2 Amlashi, H.K.K., "Ultimate strength analysis of a bulk carrier hull girder under alternate hold loading condition - a case study" 21 : 327-352, 2008
3 Z. S. Liu, "Transient energy flow in ship plate and shell structures under low velocity impact" 국제구조공학회 20 (20): 451-463, 2005
4 Lee, Y., "The MITC3+ shell finite element and its performance" 138 : 12-23, 2014
5 Lee, P.Y., "Ship construction method and dam for the method"
6 Eyres, D. J., "Ship Construction" Elsevier 2007
7 Washington State Department of Transportation, "SR 520 bridge replacement and HOV program"
8 Inozu, B., "New horizons for shipbuilding process improvement" 22 (22): 87-98, 2006
9 Read, J., "Millennium class tanker structural design - From owner experience to shipyard launching ways" 2000
10 Lee, P.S., "Method for Constructing ahip on the aea, and connecting block used therein"
11 Kim, J. G., "Hydroelastic design contour for the preliminary design of very large floating structures" 78 : 112-123, 2014
12 이필승, "Geometry-dependent MITC method for a 2-node iso-beam element" 국제구조공학회 29 (29): 203-221, 2008
13 Servis, D., "Finite element modelling and strength analysis of hold No. 1 of bulk carriers" 16 : 601-626, 2003
14 Fearnleys, "Fearnleys Weekly Report, Date: 11 June 2014, Fearnresearch"
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16 International Association of Classification Societies, "Common structural rules"
17 Assakkaf, I. A., "Beams: composite beams; stress concentrations" University of Maryland 2003
18 Kim, H., "A model for a simulation-based shipbuilding system in a shipyard manufacturing process" 18 (18): 427-441, 2005
19 Kim, K. T., "A direct coupling method for 3D hydroelastic analysis of floating structures" 96 (96): 842-866, 2014
20 Dvorkin, E.N., "A continuum mechanics based four‐node shell element for general non‐linear analysis" 1 (1): 77-88, 1984