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Introduction
|
| Biggs, N.R.T. & Chamberlain, P.G. |
An approximation to two-dimensional wave scattering by topography using
orthogonal curvilinear coordinates |
| Bonnefoy, F., Eatock Taylor, R., Taylor, P.H. & Ferrant, P. |
A high order spectral model for wave interaction with a bottom mounted
cylinder |
| Casetta, L. & Pesce, C.P. |
The proper definition of the added mass for the water entry problem |
| Chen, X.B., Lu, D.Q., Duan, W.Y. & Chwang, A.T. |
Potential flow below the capillary surface of a viscous fluid |
| Colagrossi, A., Palladino, F., Greco, M., Lugni, C. &
Faltinsen, O.M. |
Experimental and numerical investigation of 2D sloshing: scenarios near
the critical filling depth |
| Colicchio, G., Greco, M. & Faltinsen, O.M. |
Fluid-body interaction on a Cartesian grid: dedicated studies for a CFD
validation |
| Cooker, M.J. |
Sloshing water waves in freely moving tank |
| Das, D. & Mandal, B.N. |
Oblique wave scattering by a circular cylinder in two-layer fluid with an
ice-cover |
| Delhommeau, G., Guilbaud, M. & Noblesse, F. |
A simple theory of overturning ship bow waves |
| Doctors, L.J. |
Influence of the transom-hollow length on wave resistance |
| Eatock Taylor, R., Zang, J., Bai, W. & Walker, D.A.G. |
Transients in wave diffraction by cylinders and cylinder arrays |
| Engsig-Karup, A.P., Bingham, H.B., Madsen, P.A. &
Hesthaven, J.S. |
An unstructured DG-FEM method for nonlinear wave-structure interaction |
| Evans, D.V. & Porter, R. |
Wave diffraction by a periodically constrained elastic plate floating on
water |
| Faltinsen, O.M., Rognebakke, O.F. & Timokha, A.N. |
Two-dimensional resonant piston-like sloshing in a moonpool |
| Farley, F.J.M. & Rainey, R.C.T. |
Radical design options for wave-profiling wave energy converters |
| Gazzola, T., Korobkin, A. & Malenica, S. |
Hydro-elastic Wagner impact using variational inequalities |
| Greaves, D. |
Viscous wave interaction with structures |
| Grue, J. & Jensen, A. |
Experiments on the velocity and acceleration fields in overturning waves
in deep water |
| Hermans, A.J. |
Free-surface wave interaction with a thick flexible platform |
| Hu, C. & Kashiwagi, M. |
Experimental validation of the computation method for strongly nonlinear
wave-body interactions |
| Iafrati, A. |
Effect of the wave breaking mechanism on the momentum transfer |
| Karmakar, D. & Sahoo, T |
Expansion formula in wave structure interaction problems - revisited |
| Kashiwagi, M. |
Wave drift force on a floating body in two-layer fluids |
| Khabakhpasheva, T.I. |
Impact of a cylindrical shell on a thin layer of water |
| Korobkin, A.A. & Iafrati, A. |
Hydrodynamic loads on flat plate entering water |
| Kuznetsov, N. |
Rapid acceleration of a free-surface pressure system in forward motion |
| Ledoux, A., Molin, B., Delhommeau, G. & Remy, F. |
A Lagally formulation of the wave drift force |
| Li, Y. & Mei, C.C. |
Subharmonic resonance of a trapped wave near a vertical cylinder in a
channel |
| Longuet-Higgins, M. |
ROBOW: A wavemaker for use in water of infinite depth |
| Malenica, S., Senjanovic, I. & Tomasevic S. |
An efficient hydroelastic model for wave induced coupled torsional and
horizontal ship vibrations |
| Mavrakos, S.A. & Chatjigeorgiou, I.K. |
Second-order diffraction by two concentric truncated cylinders |
| McIver, P. & McIver, M |
Motion trapping structures in the three-dimensional water-wave problem |
| Motygin, O.V. |
A new approach to uniqueness for linear problems of wave-body interaction |
| Nam, B.W., Kim, Y. & Kim, D.W. |
Nonlinear effects of sloshing flows on ship motion |
| Noblesse, F., Hendrix, D. & Karafiath, G. |
When is the bow wave of a ship in steady motion unsteady? |
| Parau, E.I., Vanden-Broeck, J.-M. & Cooker, M.J. |
Three-dimensional waves in a two-fluid system generated by a moving
pressure |
| Peregrine, D.H., Bredmose, H., Dunn, D.C., Somerville, T.A.,
Bullock, G.N., Obhrai, C. & Wolters, G. |
Compressibility of entrained and trapped air in violent water wave
impacts |
| Peter, M.A., Meylan, M.H. & Linton, C. M. |
Scattering of water waves by arrays of arbitrary bodies |
| Pinkster, J.A. & Naaijen, P. |
Passing ship induced long waves in confined water |
| Pistani, F., Olivieri, A. & Campana, E.F. |
Experimental study of the wave generation around a ship bow wave at
different scales |
| Porter, R. & Porter, D. |
Approximations to wave scattering by steep topography |
| Sclavounos, P.D. |
Intersections between marine hydrodynamics and optimal control theory |
| Scolan, Y.-M., Remy, F. & Thibault, B. |
Impact of three-dimensional standing waves on a flat horizontal plate |
| Seah, R.K.M. & Yeung, R.W. |
Symmetric resonant modes between twin bodies |
| Takagi, K. |
Hydroelastic motion and drift force of twin-hull very large mobile
offshore structure |
| Thompson, I. & Linton, C.M. |
Resonant effects in scattering by periodic arrays |
| Tulin, MY |
The amplification and reflection of long gravity waves (Tsunamis) on the
coastal rise, and the flux at the shoreline |
| Ursell, F. |
Water wave problems, their mathematical solution and physical
interpretation |
| Williams, T.D. |
The scattering by a sea ice/ice shelf transition |
| Yang, C. & Noblesse, F. |
The Neumann-Kelvin and Neumann-Michell linear flow models |
| Zhang, H., Schiffer, H.A. & Bingham, H.B. |
A method for generating highly nonlinear periodic waves in physical wave
basins |
| Zhang, X. & Beck, R.F. |
2-D Body-exact computations in the time domain |
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MINUTES OF MEETING |
