The dynamic response of wharf mooring ship induced by passing shipwas conducted based on computational fluid dynamic method (CFD).The three-dimensional viscous flow between mooring ship and passingship was simulated by solving the Reynolds Averaged Navier–Stokes(RANS) equations and shear stress transport (SST) k–ω turbulencemodel. The motions of ship were predicted by solving the equations ofmotion of a rigid body, and the overset grid method was used in thesimulations. The mooring rope forces were obtained by solvingcatenary coupling equations. The method was applied to thesimulations of motions for a carrier model mooring at the dock, and thesimulation results were examined by the comparisons with experimentresults, which demonstrate the ability of the present method to computehydrodynamic force of mooring ship. On this basis, the hydrodynamicforce and moment acting on the moored ship was investigated, theeffects of passing ship speed and separation distance were illustrated.The conclusions of this paper can provide the reference for setting therestrict speed in port area, and ensure safety of wharf moored ship.
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