1 minute read

Reference

Next Article
VLSC

VLSC

[1]. Minimizing differential deflection in a pontoon-type,very large floating structure via gill cells. C.M. Wanga, T.Y. Wua, Y.S. Chooa, K.K. Anga, A.C. Tohb, W.Y. Maoc, A.M. Heec. (2005) [2]. Wang CM, Watanabe E and Utsunomiya T. Very Large Floating Structures. Taylor and Francis, New York; 2008. [2]. Overview of Megafloat: Concept, design criteria,analysis, and design , Hideyuki Suzuki Clauss, G., Lehmann, E. and Ostergaard, C. (2005). [3]. Very Large Floating Structures: Applications, Research and Development, C.M. Wanga, Z.Y. Taya (2011) [4]. Efficient hydrodynamic analysis of very large floating structures, J.N. Newman (2005). [5]. Very Large Floating Structures: Applications, Research and Development , C.M. Wanga, Z.Y. Taya. [6]. Hydroelastic analysis of a very large floating plate with large deflections in stochastic seaway Xu-jun Chen, J. Juncher Jensenb, Wei-cheng Cui,Xue-feng Tang [7] . Full list of VLFS bridges http://en.structurae.de/structures/stype/index.cfm?ID=1051 [8]. www.sciencedirect.com [9]. Sato C. Results of 6 years research project of Mega-float. In: Fourth very large floating structures,(2003).

Advertisement

This article is from: