1Kim Y H,Choi Y,Jansson C,Larssson L.Linear and nonlinear calculation of the freesurface potential flow around ships in shallow water[A].Proceedings,20th ONR Symposium onNaval Hydrodynamics[C],1994.
2Miyata H, Kanai A. Numerical analysis of structure of free- surface shock waveabout a wedge model[J]. Journal of Ship Research,Dec.1996,40(4):278- 287.
3Stern F,Paterson E G,Tahara Y.CFDSHIP- IOWA:Computational Fluid Dynamics Method forSurface- ship Boundary Layers, Wake and Wave Fields[R].IIHR Report No.381,Iowa Instituteof Hydraulic Research,Iowa,July,1996.
4Toda Y,Stern F,Longo J. Mean flow measurements in the boundary layer and wake andwave field of a Series 60 CB=0.6 ship model- Part 1:Froude number 0.16 and0.316[J].Journal of Ship Research,Dec.1992,36(4):360- 377.
5Longo J,Stern F,Toda Y. Mean- flow measurement in the boundary layer and wake andwave field of a series 60 CB=0.6 ship model- Part 2: Scale effect on near- field wavepatterns and comparisons with inviscid theory[J]. Journal of Ship Research,Mar.1993,37(1):16- 24.
6Stern F,Kim H T. Computation of viscous flow around propeller- body configurations:Series 60 ship model[J].Journal of Ship Research,1994,38(2).
7Vassalos D,Jasionwoski A,DodworthK.Assessment of Survival Time of Damaged Ro- Ro Passenger Vessels[R]. Final Report No:02-98- 1AJ- 1IS,1998.
6Menter F R,Kuntz1 M,Langtry R.Ten years of industrial experience with the SST turbulence model[C]// Turbulence,Heat and Mass Transfer 4.[S.l.]:Begell House Inc,2003.