Review of hydroelasticity theories for global response of marine structures

Ocean Engineering

Volumn 33, Issue 3-4, 2006, Pages 439-457

  Chen, Xu Jun ^a,b,c   Wu, You Sheng ^b   Cui, Wei Cheng ^b   Jensen, J Juncher ^c  

^a PLA UNIVERSITY OF SCIENCE AND TECHNOLOGY   (China)

^b CHINA SHIP SCIENTIFIC RESEARCH CENTER   (China)

^c TECHNICAL UNIVERSITY OF DENMARK   (Denmark)

Author keywords

Hydroelasticity; Nonlinear of the fluid; Nonlinear of the structure; Ocean engineering; VLFS

Indexed keywords

EQUATIONS OF MOTION; FLUID STRUCTURE INTERACTION; HYDROELASTICITY; OCEAN ENGINEERING; STIFFNESS MATRIX;

NONLINEAR OF THE FLUID; NONLINEAR OF THE STRUCTURE; VERY LARGE FLOATING STRUCTURES (VLFS);

OCEAN STRUCTURES;

FLOATING STRUCTURE; HYDROELASTICITY; MARINE STRUCTURE; NON-LINEAR DYNAMICS;

FLOATING STRUCTURE; HYDROELASTICITY; NONLINEARITY; OFFSHORE ENGINEERING; OFFSHORE STRUCTURE;

EID: 30044437475     PISSN: 00298018     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.oceaneng.2004.04.010     Document Type: Article

References (158)

1. Aksu, S., 1993. Steady state and transient responses of flexible ship structures traveling in irregular seaway, PhD Thesis, University of Southampton.
2. S. Aksu R.E.D. Bishop W.G. Price P. Temarel On the behavior of a product carrier in ballast traveling in a seaway Transactions of the Royal Institution of Naval Architects 133 1991a 45-59
3. S. Aksu W.G. Price P. Temarel A comparison of two-dimensional and three-dimensional hydroelasticity theories including the effect of slamming Proceedings of the Institute of Mechanical Engineering Part C-Journal of Mechanical Engineering Science 205 1 1991b 3-15
4. A.J. Andrianov A.J. Hermans The influence of water depth on the hydroelastic response of a very large floating platform Marine Structures 16 5 2003 355-371
5. K.J. Bai B.S. Yoo J.W. Kim A localized finite-element analysis of a floating runway in a harbor Marine Structures 14 1-2 2001 89-102
6. O. Belik R.E.D. Bishop W.D. Price On the slamming response of ships to regular head waves Transactions of the Royal Institution of Naval Architects 122 1980 325-337
7. A. Bereznitski Slamming: The role of hydroelasticity International Shipbuilding Progress 48 454 2001 333-351
8. C.V. Betts R.E.D. Bishop W.G. Price The symmetric generalised fluid forces applied to a ship in a seaway Transactions of the Royal Institution of Naval Architects 199 1977 265-278
9. R.E.D. Bishop W.G. Price The generalised antisymmetric fluid forces applied to a ship in a seaway International Shipbuilding Progress 24 1977 3-14
10. R.E.D. Bishop W.G. Price Hydroelasticity of Ships 1979 Cambridge University Press London, UK
11. R.E.D. Bishop W.G. Price P.K.Y. Tam On the dynamics of slamming Transactions of the Royal Institution of Naval Architects 120 1978 259-280
12. R.E.D. Bishop W.G. Price P. Temarel Antisymmetric vibration of ship hulls Transactions of the Royal Institution of Naval Architects 122 1980 197-208
13. R.E.D. Bishop W.G. Price Y. Wu A general linear hydroelasticity theory of floating structures moving in a seaway Philosophical Transactions of Royal Society, London 1986 A316
14. R.E.D. Bishop W.G. Price P. Temarel A theory on the loss of the MV Derbyshire Transactions of the Royal Institution of Naval Architects 133 1991 389-453
15. X.L. Che H.R. Riggs R.C. Ertekin Y.S. Wu M.L. Wang Two-Dimensional Analysis of Prying Response of Twin-Hull Floating Structures Proceedings of 2nd International Offshore and Polar Engineering Conference -ISOPE 1992
16. X.L. Che H.R. Riggs R.C. Ertekin Composite 2D/3D hydroelastic-analysis method for floating structures Journal of Engineering Mechanics 120 7 1994 1499-1518
17. Chen, X.J., 2001. Second Order Hydroelasticity Analyses for Marine Structures PhD Thesis, China Ship Scientific Research Center, Wuxi, China, (in Chinese).
18. Chen, X.J., 2003. Nonlinear Hydroelastic Analysis of Very Large Floating Structures, Report of Shanghai Jiao Tong University, Shanghai, China, (in Chinese).
19. X.J. Chen Y.S. Wu W.C. Cui Q. Shen Second order nonlinear hydroelastic analyses of floating bodies - theory Journal of Ship Mechanics 6 4 2002a 33-44
20. X.J. Chen Y.S. Wu W.C. Cui L.Z. Sun Second order nonlinear hydroelastic analyses of floating bodies - frequency characteristics of the principal coordinates of a moored floating body Journal of Ship Mechanics 6 5 2002b 44-57 (in Chinese)
21. G.J. Chen J.M. Yang C.Y. Zhang Hydroelastic model test of very large floating structures The Ocean Engineering 21 3 2003 1-5 (In Chinese)
22. X.J. Chen W.C. Cui J.J. Jensen X.F. Tang Second order nonlinear hydroelastic analyses of floating bodies - the primary considering of nonlinear structure Journal of Ship Mechanics 7 5 2003a 81-90
23. X.J. Chen W.C. Cui H. Song X.F. Tang Numerical solution of the membrane forces for a free-free floating plate with large deflection China Ocean Engineering 17 2 2003b 163-176
24. X.J. Chen J.J. Jensen W.C. Cui S.X. Fu Hydroelasticity of a floating plate in multidirectional waves Ocean Engineering 30 15 2003c 1997-2017
25. X.J. Chen Y.S. Wu W.C. Cui X.F. Tang Nonlinear hydroelastic analysis of a moored floating body Ocean Engineering 30 8 2003d 965-1003
26. X.J. Chen Y.S. Wu W.C. Cui Y.H. Chen Second order nonlinear hydroelastic analyses of floating bodies - the effect of the second-order forces to the time responses of the vibration Journal of Ship Mechanics 7 2 2003e 11-23 (in Chinese)
27. I.H. Cho M.H. Kim Interactions of a horizontal flexible membrane with oblique incident waves Journal of Fluid Mechanics 367 1998 139-161
28. I.H. Cho M.H. Kim Interactions of horizontal porous flexible membrane with waves Journal of Waterway, Port, Coastal and Ocean Engineering 126 5 2000 245-253
29. J.D. Clarke Wave loading in warships In: C.S. Smith J.D. Clarke Eds. Advances in Marine Structures 1986 Elsevier Applied Science Publishers pp. 1-25
30. C.A.L. Conceicao W.G. Price P. Temarel The influence of heel on the hydrodynamic coefficients of ship-like sections and a trawler form International Ship Building Progress 31 1984 56-66
31. Y.Q. Dong W.X. Lin Hydroelasticity and wave loads for full form ship with shallow draft Journal of Ship Research 1992
32. Y.Q. Dong W.X. Lin J.G. Zhu A study on wave-excited vibration of shallow draft full form ship Shipbuilding of China 1 1989 76-83
33. Du, S.X., 1996. A complete frequency domain analysis method of linear three-dimensional hydroelastic responses of floating structure travelling in waves, PhD. Thesis, China Ship Scientific Research Center, Wuxi, China.
34. S.X. Du R.C. Ertekin Dynamic Response Analysis of a Flexibly Joined Multi-Module Very Large Floating Structure Proceedings of Conference of Institute of Electrical and Electronics Engineers (IEEE) Ocean (OCEANS'91), Honolulu, Hawaii, USA 91 1991
35. H. Endo Behavior of a VLFS and an airplane during takeoff/landing run in wave condition Marine Structures 13 4-5 2000 477-491
36. H. Endo K. Yoshida Timoshenko Equation of Vibration for Plate-Like Floating Structures Proceedings of 2nd International Conference on Hydroelasticity in Marine Technology 1998 pp. 255-264
37. A. Ergin W.G. Price R. Randall P. Temeral Dynamic characteristics of a submerged, flexible cylinder vibrating in infinite water depths Journal of Ship Research 36 1992 154-167
38. R.C. Ertekin J.W. Kim Hydroelastic response of floating mat-type structure in oblique, shallow-water waves Journal of Ship Research 43 4 1999 241-254
39. R.C. Ertekin H.R. Riggs X.L. Che S.X. Du Efficient methods for hydroelastic analysis of very large floating structures Journal of Ship Research 37 1 1993 58-76
40. O.M. Faltinsen Bottom Slamming on a Floating Airport Proceedings of Second International Workshop on Very Large Floating Structures 1996 pp. 97-106
41. O.M. Faltinsen Hydroelastic slamming Journal of Marine Science and Technology 5 2 2000 49-65
42. O.M. Faltinsen R. Zhao Numerical predictions of ship motions at high forward speed Philosophical transactions of the Royal Society of London, Series A 334 1991 241-252
43. Y.N. Fu W.G. Price P. Temarel The 'dry and wet' towage of a jack-up in regular and irregular waves Transactions of the Royal Institution of Naval Architects 129 1987 149-159
44. S.X. Fu J. Fan X.J. Chen W.C. Cui Analysis Method for the Mooring System for a Flexible Floating Body, Proc. of Deep Water Mooring System-Concepts, Design, Analysis, and Materials Proceedings of Deep Water Mooring System-Concepts, Design, Analysis, and Materials, Offshore Technology Research Center(OTRC) and Coasts,Oceans,Ports and Rivers Institute (COPRI) of ASCE, October 2-3, 2003, Houston, Texas, USA 2003 2003 pp.142-151
45. M.X. Gu Y.S. Wu J.Z. Xia Time domain analysis of non-linear hydroelastic response of ships Selected Papers of the Chinese Society of Naval Architecture and Marine Engineering 3 1988 125-134
46. M.X. Gu Y.S. Wu J.Z. Xia Time Domain Analysis of Non-Linear Hydroelastic Response of Ships Proceedings of 4th International Symposium on Practical Design of Ships and Other Floating Structures (PRADS), Varna, Bulgaria 1989
47. T. Hamamoto A. Suzuki K. Fujita Hybrid dynamic analysis of large tension leg floating structures using plate elements Proceedings of 7th International Offshore and Polar Engineering Conference ISOPE 1 1997 285-292
48. T. Hamamoto A. Suzuki N. Tsujioka K. Fujita 3D BEM-FEM hybrid hydroelastic analysis of module linked large floating structures subjected to regular waves Proceedings of 8th International Offshore and Polar Engineering Conference ISOPE 44 450 1998 321-339
49. S.R. HellerAH.N. Abramson A. Hydroelasticity: Hydroelasticity: a new naval science Journal of America Society of Naval Engineers 71 2 1959 205-209
50. A.J. Hermans A boundary element method to describe the excitation of waves in a very large floating flexible platform Proceedings of 2nd ICHMT 1998 69-76
51. A.J. Hermans A boundary element method for the interaction of free-surface waves with a very large floating flexible platform Journal of Fluids and Structures 14 2000 943-956
52. A.J. Hermans A geometrical-optics approach for the deflection of a floating flexible platform Applied Ocean Research 23 5 2001 269-276
53. A.J. Hermans The ray method for the deflection of a floating flexible platform in short waves Journal of Fluids and Structures 17 2003 593-602
54. O.A. Hermundstad J.V. Aarsns T. Moan Linear hydroelastic analysis of high-speed catamarans and monohulls Journal of Ship Research 43 1 1999 48-63
55. K. Iijima K. Yoshida H. Suzuki Hydrodynamic and hydroelastic analyses of very large floating structures in waves Proceedings of 4th OMAE 6 1997 139-145
56. T. Ikoma H. Maeda K. Masuda C.K. Rheem Hydroelastic response of pontoon type very large floating offshore structures (The 4th report, Estimation method of slowly varying wave drift force and fender reaction force) Journal of the Society of Naval Architects of Japan 184 1998 291-296
57. T. Ikoma K. Masuda H. Maeda C.K. Rheem Hydroelastic behavior of air-supported flexible floating structures Proc. of the International Conference on Offshore Mechanics and Arctic Engineering - OMAE 2 2002 745-752
58. J.J. Jensen M. Dogliani Wave-induced ship hull vibrations in stochastic seaways Marine Structures 9 3 1996 353-387
59. J.J. Jensen A.E. Mansour Estimation of the long-term wave-induced bending moment in ships using closed-form expressions Transactions of the Royal Institution of Naval Architects 144 2002 41-45
60. J.J. Jensen A.E. Mansour Estimation of the effect of green water and bow flare slamming on the wave-induced vertical bending moment using closed-form expressions In: T. Eatock Ed. Proceedings of 3rd International Conference on Hydroelasticity in Marine Technology 2003 The Oxford University Oxford 155-161
61. J.J. Jensen P.T. Pedersen Wave-induced bending moments in ships - a quadratic theory Transactions of the Royal Institution of Naval Architects 121 1979 151-165
62. J.J. Jensen P.T. Pedersen Bending moments and shear forces in ships sailing in irregular waves Journal of Ship Research 24 4 1981 243-251
63. J.J. Jensen N.F. Madsen A review of ship hull vibration Shock and Vibration Digest 9 4 1977 13-22
64. Jin, J.Z., 2003. On frequency domain approaches to the hydroelastic responses of mat-type VLFS in waves, MSc. thesis, Shanghai Jiao Tong University, Shanghai, China, (in Chinese).
65. H. Kagemoto M. Fujino T. Zhu On the estimation method of hydrodynamic forces acting on a huge floating Journal of the Society of Naval Architects of Japan 179 1996 173-182
66. M. Kashiwagi A hierarchical interaction theory for wave forces on a large number of elementary bodies of a semi-sub type VLFS Proceedings of 14th Ocean Engineering Symposium 1998 425-431
67. M. Kashiwagi A B-spline Galerkin scheme for calculating hydroelastic response of a very large floating structure in waves Journal of the Society of Naval Architects of Japan 184 1998 373-381
68. M. Kashiwagi A B-spline Galerkin scheme for calculating the hydroelastic response of a very large floating structure in waves Journal of Marine Science and Technology 2 1 1998 37-49
69. M. Kashiwagi Research on hydroelastic responses of VLFS: Recent progress and future work International Journal of Offshore and Polar Engineering 10 2 2000 81-90
70. A.J. Kean P. Temarel X.J. Wu Y.S. Wu Hydroelasticity of non-beamlike ships in waves The Dynamics of Ships 1991 The Royal Soc. London p. 153
71. J.W. Kim R.C. Ertekin An eigenfunction-expansion method for predicting hydroelastic behavior of a shallow-draft VLFS Proceeding of 2nd ICHMT 1998 47-60
72. J.W. Kim W.C. Webster The Drag of An Airplane Taking Off from a Floating Runway Proceedings of 2nd International Workship on VLFS (VLFS'96), Hayama, Japan 1996 pp. 235-241
73. V.B. Korvin-Kroukovsky W.R. Jacobs Pitching and heaving motions of a ship in regular waves Transactions of The Society of Naval Architects and Marine Engineers (SNAME) 65 1957 590-632
74. J.R. Lin Wave excited vibration of large ships Ship Engineering 2 1995 4-9 (in Chinese)
75. X.D. Liu S. Sakai Nonlinear analysis on the interaction of waves and flexible floating structure Proceedings of 10th International Offshore and Polar Engineering Conference - ISOPE 2000 101-108
76. X.D. Liu S. Sakai Time domain analysis on the dynamic response of a flexible floating structure to waves Journal of Engineering Mechanics 128 1 2002 48-56
77. X.D. Liu S. Sakai S. Makino K. Hanai M. Sasamoto Tsunami-induced mooring force on a flexible floating structure Proceedings of 11th ISOPE 1 2001 241-247 (Jun 17-22).
78. R.P. Li Z. Shu Z.J. Wang A Study on the Hydroelastic Behavior of Box-Typed Very Large Floating Structure in Waves Proceedings of the Third Conference for New Ship and Marine Technology, May 21-23, 2002, Kobe,Japan 2002 pp. 41-48
79. F. Louarn W.G. Price P. Temarel Dynamic behavior of a fast sailing monohull in waves Proceedings of 7th International Offshore and Polar Engineering Conference - ISOPE 1997 712-720
80. J. Lundgren W.G. Price Y.S. Wu A Hydroelastic Investigation into the Behavior of a Floating 'dry' Dock in Waves Spring Meeting of Royal Institution of Naval Architects, London 1988
81. N. Ma T. Hirayama Hydroelastic responses of two types of very large floating structure Proceedings of 16th of the International Conference on Offshore Mechanics and Arctic Engineering - OMAE 6 1997 211-218
82. H. Maeda K. Masuda D. Miyajima T. Ikoma Hydroelastic responses of pontoon type very large floating offshore structure Journal of the Society of Naval Architects of Japan 178 1995 203-212
83. H. Maeda K. Masuda T. Ikoma Hydroelastic responses of pontoon type very large floating offshore structure Proceedings of 15th of the International Conference on Offshore Mechanics and Arctic Engineering - OMAE 1996 (18-20 June, Florence, Italy)
84. H. Maeda K. Masuda T. Ikoma Hydroelastic response of pontoon type very large floating offshore structures (The 3rd report), The effects of 2nd-order wave loads Journal of the Society of Naval Architects of Japan 182 1997 319-328
85. H. Maeda T. Ikoma K. Masuda C.K. Rheem Hydroelastic behaviors of large aircushion supported elastic floating structures in regular waves Oceans Conference Record (IEEE), Ocean's 2002 Conference and Exhibition 3 2002 1792-1799
86. K. Masuda T. Miyazaki H. Takamura Study on estimation method for motions and mooring tensions of moored floating structure in offshore area under tsunami Proceedings of 14th Ocean Engineering Symposium 1998 161-166
87. S. Nagata H. Yoshida T. Fujita H. Isshiki The analysis of the wave-induced responses of an elastic floating plate Proceedings of 16th of the International Conference on Offshore Mechanics and Arctic Engineering - OMAE 6 1997 163-169
88. S. Nagata H. Yoshida H. Isshiki Y. Ohkawa Motions of a very large elastic plate in waves Journal of the Society of Naval Architects of Japan 182 1997 285-294
89. J.N. Newman The theory of ship motions Advances in Applied Mechanics 18 1978 221-285
90. J.N. Newman Marine Hydrodynamics 1986 The Massachusetts Institute of Technology (MIT) Press Cambridge, MA
91. J.N. Newman H.D. Maniar C.H. Lee 1996 Analysis of Wave Effects for Very Large Floating Structures VLFS'96 1996 pp. 135-142 (Hayama, Japan)
92. M. Ohkusu Y. 1996 Namba Analysis of hydroelastic behaviour of a large floating platform of thin plate configuration in waves VLFS'96 1996 pp. 143-148 (Hayama, Japan)
93. M. Ohkusu Y. Namba Hydroelastic behavior of floating artificial islands Journal of the Society of Naval Architects of Japan 183 1998
94. S. Ohmatsu Numerical calculation of hydroelastic responses of pontoon type VLFS Journal of the Society of Naval Architects of Japan 182 1997 329-340
95. S. Ohmatsu M. Ohta Time Domain Analysis of Hydroelastic Behavior of VLFS in Waves Proceedings of 14th Ocean Engineering Symposium 1998 pp. 483-486
96. M. Ohta K. Ikegami Y. Yamaguchi Experimental study on elastic behavior of a huge floating structure in waves Transactions of The West-Japan Society of Naval Architects 95 1998 99-108
97. P.T. Pedersen A beam model of torsional-bending response of ship hulls Transactions of the Royal Institution of Naval Architects 125 1983 171-182
98. T.S. Phan P. Temarel Hydroelastic responses of pontoon and semi-submersible types of very large floating structure in regular head waves Proceedings of the International Conference on Offshore Mechanics and Arctic Engineering - OMAE 2 2002 753-763
99. W.G. Price P. Temarel The influence of hull flexibility in the anti-symmetric dynamic behaviour of ships in waves International Shipbuilding Progress 29 1982
100. W.G. Price Y.S. Wu Structural Responses of a SWATH of Multi-Hulled Vessel Traveling in Waves International Conference on SWATH Ships and Advanced Multi-hulled Vessels 1985 Royal Institution of Naval Architects London
101. W.G. Price Y.S. Wu The influence of non-linear fluid forces in the time domain responses of flexible SWATH ships excited by a seaway Proceedings of 8th of the International Conference on Offshore Mechanics and Arctic Engineering - OMAE 2 1989 125-135
102. W.G. Price P. Temarel Y.S. Wu Structural Responses of a SWATH or Multi-Hull Vessel Traveling in Waves International Conference on SWATH Ships and Advanced Multi-hulled Vessels 1985 Royal Institution of Naval Architects London
103. W.G. Price M. Salas-Inzunza P. Temarel Behavior of Large Type Structures in Waves VLFS'96 1996 pp. 173-182
104. H.R. Riggs R.C. Ertekin Approximate methods for dynamic response of multi-module floating structures VLFS'91, Honolulu, Hawaii, USA 1991
105. H.R. Riggs R.C. Ertekin Approximate methods for dynamic response of multi-module floating structures Marine Structures 6 2 and 3 1993 117-141
106. T. Sahoo T.L. Yip A.T. Chwang On the interaction of surface wave with a semi-infinite elastic plate Proceedings of 10th International Offshore and Polar Engineering Conference - ISOPE, Seattle, USA 3 2000 584-589 (May 28-June 2).
107. N. Salvesen E.O. Tuck O. Faltinsen Ship motions and sea loads Transactions of SNAME 78 1970 250-287
108. H. Seto M. Ochi A Hybrid Element Approach to Hydroelastic Behavior of a Very Large Floating Structure in Regular Waves Proceedings of 2nd ICHMT 1998 pp. 185-193 (Fukuoka, Japan)
109. H. Shin H.Y. Lee Y.S. Yang H.S. Shin I.K. Park Proceedings of 10th International Offshore and Polar Engineering Conference-ISOPE, Seattle, USA 2000 78-85 (May 28-June 2).
110. Söding, H., 1982. Leckstabilität in Seagang, Report 429 of the Institut für Schiffbau, Hamburg.
111. Song, J.Z., Ren, H.L., Dai, Y.S., 1994. Hydroelastic Analysis of Non-linear Wave-Induced Loads of Ship Hull, Shipbuilding of China.
112. H. Song W.C. Cui Y.Z. Liu Comparison of linear level I Green-Naghdi theory with linear wave theory for prediction of hydroelastic responses of VLFS China Ocean Engineering 16 3 2002 283-300
113. H. Song X.N. Peng H. Sun W.C. Cui Y.Z. Liu On beam-on-elastic-foundation model for the hydroelastic response analysis of mat-like VLFS Journal of Ship Mechanics 6 6 2002
114. H. Sun H. Song W.C. Cui Y.Z. Liu On the interaction of surface waves with an elastic plate of finite length in head seas China Ocean Engineering 16 1 2002 21-32
115. H. Sun W.C. Cui Y.Z. Liu S.J. Liao Hydroelastic response analysis of mat-like VLFS over a plane slope in head seas China Ocean Engineering 17 3 2003 315-326
116. H. Sun W.C. Cui Y.S. Wu Hydroelastic Response Analysis of VLFS Over Variable Bottom in Waves Proceedings of the 3rd International Conference on Hydroelasticity in Marine Technology, Oxford, United Kingdom, 15-17 September 2003 2003 pp. 281-288
117. Z.Q. Suo R.X. Guo Hydroelasticity of rotating bodies - theory and application Marine Structures 9 6 1996 631-646
118. K. Takagi W. Yano M. Nagayasu Wave drift force and moment acting on a very large floating structure of arbitrary geometry International Journal of Offshore and Polar Engineering 13 3 2003 198-204
119. M. Takaki X. Gu Motions of a floating elastic plate in waves Journal of the Society of Naval Architects of Japan 180 1996 331-339
120. T. Tsubogo A basic investigation on deflection wave propagation and strength of very large floating structures (3rd report) Journal of the Society of Naval Architects of Japan 182 1998 381-390 (in Japanese)
121. T. Tsubogo The motion of an elastic disk floating on shallow water in waves Proceedings of 11th International Offshore and Polar Engineering Conference - ISOPE 1 2001 229-233. Jun 17-22
122. Wang, Z.H., 1992, Non-Linear Two-Dimensional Hydroelastic Analysis of Ships, MSc. Thesis, China Ship Scientific Research Center, (in Chinese).
123. Wang, D.Y., 1996. Three Dimensions Hydroelastic Analysis of Ships in Time Domain, PhD. Thesis, China Ship Scientific Research Center, Wuxi, China, (in Chinese).
124. Wang, Z.J., 2001. Study on Hydroelastic Response of Box-Type Very Large Floating Structures, PhD. Thesis, Shanghai Jiao Tong University, Shanghai, China, (in Chinese).
125. D.Y. Wang Y.S. Wu Three dimensional hydroelastic analysis in time domain with application to an elastic ship model Journal of Hydrodynamics 10 4 1998 54-61
126. D.Y. Wang H.R. Riggs R.C. Ertekin Three-dimensional hydroelastic response of a very large floating structure International Journal of Offshore and Polar Engineering 1 4 1991a 307-316
127. M.L. Wang S.X. Du R.C. Ertekin Hydroelastic Response and Fatigue Analysis of a Multi-Module Very Large Floating Structure International Symposium on Fatigue and Fracture in Steel and Concrete Structures, Madras, India 1991b pp. 1277-1291
128. S.Q. Wang R.C. Ertekin H.R. Riggs Computationally efficient techniques in the hydroelasticity analysis of very large floating structures Computers and Structures 62 4 1997 603-610
129. Z.H. Wang W.W. Wu M. Xu Y.N. Xi Hydroelasticity analysis of horizontal bend-torsion coupled responses of ships in waves Shipbuilding of China 40 2 1999 42-47 (in Chinese)
130. Z.J. Wang R.P. Li Z. Shu A study on hydroelastic response of box-type very large floating structures China Ocean Engineering 15 3 2001 345-354
131. E. Watanabe T. Utsunomiya Transient Response Analysis of a VLFS at Airplane Landing VLFS'96 1996 pp. 243-247 (Hayama, Japan)
132. Wu, Y.S., 1984. Hydroelasticity of Floating Bodies, PhD. Thesis, Brunel University, UK.
133. Y.S. Wu Numerical and Experimental Hydroelasticity of Marine Structures - a Review International Conference on Hydrodynamics, 30th October-3rd November 1994, Wuxi China 1994 pp. 30-41
134. Y.S. Wu S.X. Du Directly analysis method of marine structures - Random analysis theory and its application of three-dimensional hydroelasticity Ship Behavior Research 4 1990 (in Chinese)
135. Y.S. Wu Review of Hydroelasticiy Festschrift of Mr. Xin Yixin Died for 30 Years 1987 China Ship Building Academy China pp. 24-47 (in Chinese)
136. Y.S. Wu D.Y. Wang H.R. Riggs R.C. Ertekin Composite singularity distribution method with application to hydroelasticity, VLFS'91, Honolulu, Hawaii, USA Marine Structures 6 2-3 1991a 143-163
137. Y.S. Wu J.Z. Xia S.X. Du Two Engineering Approaches to Hydroelastic Analysis of Slender Ships Dynamics of Marine Vehicles and Structures in Waves 1991b Elsevier Science Publishers Amsterdam pp. 157-165
138. Y.S. Wu J.Z. Xia Z.H. Wang Y.Z. Liu Journal of Hydrodynamics, Series A 1994 (in Chinese)
139. C. Wu E. Watanabe T. Utsunomiya An eigenfunction expansion matching method for analyzing the wave-induced responses of an elastic floating plate Applied Ocean Research 17 1995 301-310
140. Y.S. Wu H. Maeda T. Kinoshita The second order hydrodynamic actions on a flexible body Journal of Institute of Industrial Science, University of Tokyo 49 4 1997 8-19
141. J.Z. Xia Z.H. Wang Time domain hydroelasticity theory of ships responding to waves Journal of Ship Research 41 4 1997 286-300
142. J.Z. Xia Y.S. Wu A general form of the interface boundary condition of the fluid-structure interactions Ship Behavior Research 4 1993 (in Chinese)
143. J.Z. Xia Z.H. Wang J.J. Jensen Non-linear wave loads and ship responses by a time-domain strip theory Marine Structures 11 3 1998 101-123
144. X.D. Xu X.C. Zhang Y.S. Wu Dynamic buckling induced by ship slamming Journal of Ship Mechanics 1 2 1997 39-42 (in Chinese)
145. K. Yago Forced oscillation test of flexible floating structure and hydrodynamic pressure Proceedings of 13th Ocean Engineering Symposium 1995 313-320
146. K. Yago H. Endo On the hydroelastic response of box-shaped floating structure with shallow draft (Tank test with large scale mode) Journal of the Society of Naval Architects of Japan 180 1996 341-352 (in Japanese)
147. K. Yago H. Endo Model Experiment and Numerical Calculation of the Hydroelastic Behavior of Mat-Like VLFS VLFS'96 1996 pp. 209-214
148. S. Yamashita A. Itoh T. Kabaya An experimental investigation to wave loads on a mat-like floating structure in waves with short length Proceedings of 16th of the International Conference on Offshore Mechanics and Arctic Engineering - OMAE 6 1997 241-248
149. Yan, H.M., 2003. Hydroelastic Analysis of Very Large Floating Structures Using Plate Green Function Method, MSc. Thesis, Shanghai Jiao Tong University, Shanghai, China, (in Chinese).
150. H.M. Yan W.C. Cui Y.Z. Liu A new deflection function for the problem of a rectangular plate on elastic foundation with four free edges Journal of Ship Mechanics 7 2 2003 61-70 (in Chinese)
151. H.M. Yan W.C. Cui Y.Z. Liu Hydroelastic analysis of very large floating structures using plate Green functions China Ocean Engineering 17 2 2003 151-162
152. Y. Yasuzawa K. Kagawa D. Kawano K. Kitabayashi 1997 Dynamic Response of a Large Flexible Floating Structure in Regular Waves Proceedings of 16th of the International Conference on Offshore Mechanics and Arctic Engineering-OMAE, Part IV 1997 pp. 187-194 (Yokoham, Japan)
153. R.W. Yeung J.W. Kim Structural drag and deformation of a moving load on a floating plate Proceedings of 2nd ICHMT 1998 77-88 (Fukuoka Japan)
154. H. Yoshimoto K. Hoshino S. Ohmatsu T. Ikebuchi Estimation of Slamming Load Acting on VLFS VLFS'96 1996 pp. 197-114
155. S.X. Zhang Y.Q. Yang X.H. Wu The theoretical analysis and experimental study on ship's hydroelasticity Journal of Hydrodynamics 11 1 1996 65-72 (in Chinese)
156. T.Y. Zhong D.Y. Zhao Study of calculation of natural frequency and response of shiphull vibration in waves Journal of Dalian University of Technology 38 4 1998 445-449 (in Chinese)
157. T.Y. Zhong Z. Lin D.Y. Zhao Calculation method of resonant frequency on wave-induced shiphull vibration Journal of Dalian University of Technology 35 2 1995 212-215 (in Chinese)
158. T. Zhu H. Kagemoto M. Fujino On the estimation method of hydrodynamic forces acting on a huge floating structure (2nd report) Journal of the Society of Naval Architects of Japan 182 1997 273-283 (in Japanese)