Page 307 - Marine Structural Design
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Chapter I3 Collapse Analysis of Ship Hulls 283
38. Smeide, T.H., (1981), “Ultimate load analysis of marine structures”, Tapir, Trondheim,
1981.
39. Ueda, Y., Rashed, S. M. H. & Paik, J. K., (1984, 1986), “Plates and stiffened plate units
of the Idealized Structural Unit Method”, J. SOC. Nav. Arch. Japan 156 (1984) 366-377
and 160 (1.986) 3 18-36 (in Japanese).
40. Ueda, Y. & Yao, T., (1982), “The Plastic Node Method: A new method of plastic
analysis”, Comput. Meths. Appl. Mech. Engng, 34 1089-106.
41. Valsghd, S. & Pettersen, E., (1982), “Simplified nonlinear analysis of shiphhip
collisions”, Norwegian Maritime Research, lO(3) pp. 2-17.
42. Valsghd, S. & Steen, E., (1991), “Ultimate hull girder strength margins in present class
requirements”, The Marine Structural Inspection, Maintenance and Monitoring
Symposium, I11 B-1-19, Society of Naval Architects and Marine Engineers, Arlington,
VA, 1991.
43. Vasta, J. (1958), “Lessons Learned From Full-scale Structural Tests”, Trans SNAME,
Vol. 66, pp. 165-243.
44. Van Mater, P. R., Glannotti, J. G., Jones, N. & Genalls, P., (1979), “Critical Evaluation
of Low Energy Ship Collision-Damage Theories and Design Methodologies”, Vol. 11
SSC Report-285, Ship Structure Committee, Washington, April 1979.
45. Viner, A.C. (1986), “Development of Ship Strength Formulation”, Proc. of Int, Conf. On
Advanced in Marine Structures, Elsevier, pp. 152-173.
46. Xu, X D., Cui, W. et al. (2000), “An Experimental and Theoretical Study on Ultimate
Strength of A Box Girder”, Journal of Ship Mechanics, 45: pp.36-43.
47. Yao, T and Nikolov, P I. (1991, 1992), “Progressive Collapse Analysis of a Ship’s Hull
under Longitudinal Bending (1st and 2nd Reports)”, J. SNAJ , 171(1991): 449-461 and
172(1992): 437-446.
48. Yao T et a1.(2000), “Ultimate Hull Girder Strength”, ISSC Special Task Committee,
V1.11. Proc. 14th, Nagasaki, Japan.
49. Yamamoto, N. (1 998), “Reliability Based Criteria for Measures to Corrosion”, Proc.17th
OMAE’98, New York, USA: ASME.