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Fully Nonlinear Multi-Directional Wave Simulations By 3D Numerical Wave Tanks
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[
Kim,M.H.;Niedzwecki,J.M.;Roesset,J.M.;Park,J.C.;Tavassoli,A.;Hong,S.Y.
] /
J. of OMAE,ASME
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2 |
Applicability of Dual Face Serpent-type Wave Generator
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[
Hiraishi,T.;Hirayama,K.;Maruyama,H.
] /
Report of the Port and Harbor Research Institute(PHRI)
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3 |
Standard Spectra and Statistics of Sea Waves Derived by Numerical Simulation
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[
Goda,Y.
] /
34th Japanese Conf. on Coastal Engineering
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4 |
Ship Motion Simulation in Directional Waves Using a 3D Numerical Wave Tank Simulation Technique
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[
Park,J.C.;Miyata,H.
] /
J. of Ocean Engineering and Technology
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5 |
Computation of Refraction and Diffraction of Sea Waves with Mitsuyasu's Directional Spectrum
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[
Goda,Y.;Suzuki,Y.
] /
Technical Note of Port and Harbor Research Institute
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6 |
Extension of Maximum Entropy Principle Method(MEP) for Estimating Directional Wave Spectrum
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[
Hashimoto,N.;Nagai,T.;Asai,T.
] /
24th Int. Conf. on Coastal Engineering
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7 |
Fully Nonlinear Free-Surface Simulations By a 3D Viscous Numerical Wave Tank
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[
Park,J.C.;Kim,M.H.;Miyata,H.
] /
Int. J. for Numerical Methods in Fluids
DOI
ScienceOn
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8 |
SUMMAC-A Numerical Model for Water Waves
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[
Chan,R.K.C.;Street,R.L.
] /
Technical Report No.135
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9 |
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[
Dean,R.G.;Dalrymple,R.A.
] /
Water Wave Mechanics for Engineers and Scientists
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10 |
A Dynamic Subgrid-scale Eddy Viscosity Model
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[
Germano,M.;Piomelli,U.;Moin,P.;Cabot,W.H.
] /
Phys. Fluids, A
DOI
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