Page 220 - Practical Design Ships and Floating Structures

195

References
Hirayama T., and Ma N. (1995a). Response Characteristics of a Long Life Type Floating Airport in
Waves (I" report). Journal of the Sociey of Naval Architects of Japan 177,219-230. (in Japanese)

Hirayama T., Ma N. and Nishio EO. (1995b). Response Characteristics of a Long Life Type Floating
Airport in Waves (2nd report). J. of the Sociev of Naval Architects of Japan 178, 225-236. (in
Japanese)
Kashiwagi M. and Furukawa C. (1997). A Mode Expansion Method for Predicting Hydroelastic
Behavior of a Shallow-Draft VLFS. Int 'I ConJ on Offshore Mechanics andArctic Eng VI, 79-186.

Ma N. and Hirayama T. (1997). Hydroelastic Response of Two Trpes of Very Large Floating
Structures. Idh Int 7 ConJ on Ofshore Mechanics and Arctic Engineering VI, 21 1-21 8.

Ma& H., Ikoma T. and Masuda K. (1998). Wave Drift Forces of a Very Large Flexible Floating
Structure. Th International Symposium on Practical Design of Ships and Mobile Units, 1037-1043

Mamidipudi, P. and Webster, W.C. (1994). The Motion Performance of a Mat-Like Floating Airport.
International Conference on Hydroelasticity in Marine Technoloo, 363-375
Maruo H. (1960). The Drift of a Body Floating in Waves, Journal of Ship Research 4:3,1-10.

Ohkusu M. and Namba Y. (1 998). Hydroelastic Behaviors of Floating Artificial Islands, Journal of the
Society of Naval Architects of Japan 183,239-248

Pinkster J.A. (1980). Low-Frequency Second Order Wave Exciting Force on Floating Structures.
Report of Netherlands Ship Model Basin, Publication No. 650.