Amini-Afshar M., Bingham H. B., Henshaw W. D., Read R. |
A Nonlinear Potential-Flow Model For Wave-Structure Interaction Using High-Order Finite Differences On Overlapping Grids |
Barratt D., Bingham H.B., Taylor P.H., van den Bremer T.S., Adcock T.A.A. |
Directional Energy Transfer due to Third-Order Interactions during an Extreme Wave Event |
Behera H., Selvan S. A., Gupta V. K. |
Wave interaction with a floating circular flexible porous membrane in a two-layer fluid |
Chen L., Taylor P.H., Draper S., Wolgamot H., Cheng L., Ning D.Z. |
Nonlinear wave diffraction and radiation around a ship-shaped FPSO in oblique seas |
Chen X.B., Zhao B.B., Li R. |
Mysterious wavefront uncovered |
Choi Y.M., Malenica S., Clement A.H., Bouscasse B., Ferrant P. |
Poincare's velocity representation in time domain free surface flow |
Das B.C., De S., Mandal B.N. |
Oblique scattering by a thick rectangular barrier in deep water |
Das S., Sahoo T., Meylan M.H. |
Effect of a submerged plate on flexural-gravity wave blocking |
Ding B.Y., Wuillaume P.Y., Meng F., Babarit A., Schubert B., Sergiienko N., Cazzolato B. |
Comparison of wave-body interaction modelling methods for the study of reactively controlled point absorber wave energy converter |
Ding H., Zang J., Blenkinsopp C., Ning D., Zhao X., Chen Q., Gao J. |
Numerical investigation of the performance of a pile-restrained WEC-type dual-floating breakwater system |
Dolatshah A., Bennetts L.G., Meylan M.H., Monty J.P., Toffoli A. |
An experimental model of wind-induced rafting of pancake ice floating on waves |
Ghadirian A., Bredmose H. |
Initial experimental validation of a pressure impulse model for a vertical circular cylinder |
Hanssen F.C.W., Colicchio G., Greco M. |
Severe Wave-Body Interactions: a Potential-Flow HPC Method and its Strong Domain-Decomposition Coupling with a Level-Set Navier-Stokes Solver |
Hascoet R., Jacques N., Scolan Y.M., Tassin A. |
A Fictitious Body Continuation model for the vertical water entry of 2D asymmetric bodies with flow separation |
Hayatdavoodi M., Kostikov V., Ertekin R.C., Chen Y. |
On nonlinear wave interaction with deformable ice sheets |
Huang H., Xu X., Zhang X. |
On Piston and Sloshing Mode Resonances in Three-dimensional Moonpool of Vessels in Fixed and Free-floating Conditions |
Huang L., Dolatshah A., Cardiff P., Bennetts L.G., Toffoli A., Tukovic Z., Thomas G. |
Numerical simulation of hydroelastic waves along a semi-infinite ice floe |
Iafrati A., Grizzi S. |
Cavitation/ventilation phenomena during the water impact with horizontal velocity of double curvature shaped bodies |
Kalyanaraman B., Meylan M.H., Lamichhane B., Bennetts L.G. |
A Linear Elasticity Model for Ice Shelf Vibrations |
Kashiwagi M., Iwashita H., Miura S., Hinatsu M. |
Study on Added Resistance with Measured Unsteady Pressure Distribution on Ship-hull Surface |
Kim B.S., Yang K.K., Kim Y. |
Study on Sensitivity of Ship Added Resistance to Wave Slope |
Laskowski W., Bingham H.B., Engsig-Karup A.P. |
Modelling of Wave-structure Interaction for Cylindrical Structures using a Spectral Element Multigrid Method |
Liang H., Law Y.Z., Santo H., Chan E.S. |
Effect of wave paddle motions on water waves |
Liu S., Zhang X. |
On the Four-wave Resonant Interactions in Finite Water Depth |
Ma Y., Ai C., Yuan C., Dong G. |
A non-hydrostatic model for nonlinear water waves interacting with structures |
McCauley G., Wolgamot H., Draper S., Orszaghova J. |
Wave interaction with a shallowly submerged step |
McCue S.W., Pethiyagoda R., Moroney T.J. |
Simplified models for waves due to steadily moving ships and submerged bodies |
Malenica S., Korobkin A.A., Khabakhpasheva T.I., Kwon S.H. |
Second order interaction of flexural gravity waves with bottom mounted vertical circular cylinder |
Meng W., Qiu W. |
Simulation of Two-Body Interaction in Waves with the Immersed Boundary Method |
Milne I.A., Kimmoun O., Molin B., Graham J.M.R. |
Experiments on a barge rolling next to a wall |
Nam H.S., Kim Y. |
Nonlinear Stochastic Prediction of Extreme Deck Slamming on Offshore Platform in Irregular Waves |
Ni B.Y., Zeng L.D. |
Numerical simulation of interface deformation and wave resistance caused by a given pressure load moving in an ice-breaking channel |
Ouled Housseine C. |
On wave diffraction-radiation by bodies with porous thin plates |
Peter M.A., Bennetts L.G., Craster R.V. |
A graded resonator array for amplification of water waves |
Pethiyagoda R., Moroney T.J., McCue S.W. |
Time-frequency analysis of wakes produced by turning ships |
Paul S., De S. |
Water wave scattering by asymmetric trench beneath ice cover |
Porter R. |
An extension to the linear shallow water equation |
Rijnsdorp D., Orszaghova J., Skene D., Wolgamot H., Rafiee A. |
Modelling motion instabilities of a submerged wave energy converter |
Skene D., Wolgamot H., Geldard J., Taylor P., Draper S. |
Real-time prediction of unidirectional irregular waves |
Song B., Zhang C. |
Study on water column impact without/with air cavity |
Sturova I.V., Tkacheva L.A. |
Moving Pressure Distribution in an Ice Channel |
Tavakoli S., Nelli F., Bennetts L.G., Toffoli A. |
Wave-induced drift of a thin floating plate: A numerical experiment |
Teng B., Qian Y. |
Analysis of 2D Singular Effect on Nonlinear Wave Forces with Application of Scaled Boundary FEM |
Tokic G., Yue D.K.P. |
A fast method for optimization of large wave energy converter arrays |
White P.F., Knight B.G., Maki K.J., Piro D.J., Beck R.F. |
Predictions of Ship Turning Circle Maneuvers Using A Combined Computational Fluid Dynamics and Potential Flow Approach |
Wang Z., Zhao B.B., Duan W.Y., Zhang T.Y. |
Application of the High-Level Green-Naghdi model on internal solitary waves with a free surface |
Wu H., He J., Noblesse F. |
Simple analytical approximations to farfield or short ship waves |
Xu Q., Li Y., Ding B.Y., Lin Z., Cazzolato B. |
A study of reactively controlled floating point absorber in wave tank experiments |
Zhang C., Ning D., Teng B. |
Hydrodynamic study of energy harvesting breakwater with parabolic openings |
Zhao B.B., Duan W.Y., Yang W.Q., Huang S. |
On the periodic waves interacting with linear shear currents |
Zhao W., Taylor P.H., Wolgamot H.A., Eatock Taylor R. |
Gap resonance driven by linear, quadratic and cubic wave excitation |
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