4WU C F, MILLS T R J. Wave induced connector loads and connector design for the mobile offshore base[C]//Proceeding of the Second International Workshop on Very Large Floating Structure. Hayama, Japan, 1996:387-392.
5RIGGS H R, ERTEKIN R C, MILLS T R J. Impact of connector stiffness on the response of a multi-module mobile offshore base[C]//Proceeding the International offshore and Polar Engineer Conference. Vol 1 May, 1998,ISOPE,200-207.
6RIGGS H R, ERTEKIN R C, MILLS T R J. Wave-Induced response of A 5-module mobile offshore base[R]. Mechanics and Arctic Engineering, OMAE, 1998,10.
7RIGGS H R, ERTEKIN R C, MILLS T R J. Characteristics of the wave response of Mobile Offshore Base[C]//Proceeding, 18^th International Conference on Offshore Mechanics and Arctic Engineering, July, 11-16,1999:1-9.
8RIGGS H R, ERTEK1N R C. Response characteristics of serially connected semi-submersible[J]. Journal of Ship Research, 1999,43 (4):229-240.
9RIGGS H R, ERTEKIN R C. Approximate methods for dynamic response of multi-module floating structures[J], Marine Structure, 1993,6:117-141.
10MASAHIKO, FUJIKUBO. Structural analysis for the design of VLFS[J]. Marine Structure, 2005, 18:201-226.