[5] [5] UMEDA N, OSUGI M, IKENAGA Y, et al. Pure loss of stability in stern quartering waves: revisited with numerical simulations reproducing accidents[C]Proceedings of the 17th International Ship Stability Wkshop. Helsinki, Finl, 2019.

[6] LU J, GU M, BOULOUGOURIS E. Model experiments and direct stability assessments on pure loss of stability in stern quartering waves[J]. Ocean Engineering, 216, 108035(2020).

[9] BEGOVIC E, GATIN I, JASAK H et al. CFD simulations for surf-riding occurrence assessment[J]. Ocean Engineering, 218, 107975(2020).

[10] LIU L W, CHEN M X, WANG X Z et al. CFD prediction of full-scale ship parametric roll in head wave[J]. Ocean Engineering, 233, 109180(2021).

[11] MENTER F R. Two-equation eddy-viscosity turbulence models for engineering applications[J]. AIAA Journal, 32, 1598-1605(1994).

[12] TREBOTICH D P, COLELLA P. A projection method for incompressible viscous flow on moving quadrilateral grids[J]. Journal of Computational Physics, 166, 191-217(2001).

[13] [13] SUSSMAN M. A level set approach f computing solutions to incompressible twophase flow[D]. Los Angeles, USA: University of Califnia, 1994.

[14] [14] ZHANG Z B, LIU L W, YU J W, et al. Numerical simulation of ONR Tumblehome selfpropulsion using discretized propeller bodyfce models[C]Proceedings of the 31st International Ocean Polar Engineering Conference. Rhodes, Greece: International Society of Offshe Polar Engineers, 2021.

[15] SANADA Y, ELSHIEKH H, TODA Y et al. ONR Tumblehome course keeping and maneuvering in calm water and waves[J]. Journal of Marine Science and Technology, 24, 948-967(2019).