| 8.30–9.30 | Registration |
| 9.30–12.00 | Organized visit of Plitvice National Park |
| 12.00–12.30 | Registration |
| 12.30–13.45 | Lunch |
| 13.45 | Welcome by Šime Malenica & Ivo Senjanović |
| Session 1, Chair: Odd Faltinsen | |
| 14.00 | Iafrati A. and Korobkin A.A. |
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Numerical analysis of initial stage of plate impact on water surface |
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| 14.25 | Khabakhpasheva T.I. and Wu G.X. |
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Coupled compressible and incompressible approach for jet impact onto elastic plate |
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| 14.50 | Korobkin A. and Malenica Š. |
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Steep wave impact onto elastic wall |
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| 15.15 | Chung J.Y., Nahm J.O., Kang H.D. and Kwon S.H. |
| A novel experimental technique in Slamming | |
| 15.40–16.10 | Coffe break |
| Session 2, Chair: Rodney Eatock Taylor | |
| 16.10 | Kashiwagi M. |
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Reciprocity relations of waves generated by an antisymmetric floating body |
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| 16.35 | Elkin J.D. and Yeung R.W. |
| Sway and roll hydrodynamics of twin rectangular cylinders | |
| 17.00 | Bhattacharjee J., Karmakar D., and Sahoo T. |
| On transformation of flexural gravity waves | |
| 17.25 | Sturova I.V. |
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Time-dependent hydroelastic response of an elastic plate floating on shallow water of variable depth | |
| 17.50 | Miloh T. |
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Structural acoustics of a floating circular elastic plate | |
| 19.30 | Dinner |
| 7.00–8.30 | Breakfast | |
| Session 3, Chair: Xiao-Bo Chen | ||
| 8.30 | Pistani F. and Thiagarajan K. | |
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Experimental campaign on a moored FPSO in complex bi-directional sea states | ||
| 8.55 | Duan W.Y. and Dai Y.S. | |
| Integration of the Time-Domain green function | ||
| 9.20 | Breslin J.P. | |
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Prediction of planing forces on prismatic hulls far exceeding expectations by inconsistent theory | ||
| 9.45 | Sun H. and Faltinsen O.M. | |
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Hydrodynamic forces on a planing hull in forced heave or pitch motions in calm water | ||
| 10.10–10.40 | Coffe break | |
| Session 4, Chair: Ronald Yeung | ||
| 10.40 | Taylor P.H., Zang J., Walker A.G. and Eatock Taylor R. | |
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Second order near-trapping for multi-column structures and near-flat QTFS | ||
| 11.05 | Fitzgerald C.J. and McIver P. | |
| Approximating near-resonant wave motion using a mechanical oscillator model | ||
| 11.30 | Newman J.N. | |
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Trapping structures with linear mooring forces |
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| 11.55 | Eatock Taylor R. and Meylan M.H. | |
| Theory of scattering frequencies applied to near-trapping by cylinders | ||
| 12.20 | Evans D.V. and Porter R. | |
| Examples of motion trapped modes in two and three dimensions | ||
| 12.45–14.00 | Lunch | |
| Session 5, Chair: Aad Hermans | ||
| 14.00 | Qiu W. and Peng H. | |
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Numerical solution of body-exact problem in the Time Domain with a panel-free method |
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| 14.25 | Tuitman J. and van Aanhold H. | |
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Using generalized modes for time domain seakeeping calculations | ||
| 14.50 | Malenica Š., Senjanović I., Tomašević S. and Stumpf E. | |
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Some aspects of hydroelastic issues in the design of ultra large container ships |
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| 15.15 | Nam B-W. and Kim Y. | |
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Effects of sloshing on the motion response of LNG-FPSO in waves | ||
| 15.40–16.10 | Coffe break | |
| Session 6, Chair: John Grue | ||
| 16.10 | Bingham H.B., Engsig-Karup A. P. and Lindberg O. | |
| A high-order finite difference method for nonlinear wave-structure interaction | ||
| 16.35 | Klopman G., Dingemans M. W. and van Groesen B. | |
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Propagation of wave groups over bathymetry using a variational Boussinesq model | ||
| 17.00 | Molin B., Kimmoun O. and Remy F. | |
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Non-linear standing wave effects on the weather side of a wall with a narrow gap | ||
| 17.25 | Vanden-Broeck J.-M., Parau E. and Cooker M. | |
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Three-dimensional capillary-gravity waves generated by moving disturbances | ||
| 17.50 | Zang J., Ning D., Liang Q., Taylor P.H., Borthwick A.G.L. and Eatock Taylor R. | |
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Modelling wave-coastal structure interactions using a Cartesian cut cell method | ||
| 19.30 | Dinner | |
| 7.00–8.30 | Breakfast | |
| Session 7, Chair: Alexander Korobkin | ||
| 8.30 | Casetta L. and Pesce C.P. | |
| Hamilton’s principle for dissipative systems and Wagner’s problem | ||
| 8.55 | Colicchio G., Greco M. and Faltinsen O.M. | |
| Influence of gaseous cavities in ship-hydrodynamic problems : a simplified study | ||
| 9.20 | Gazzola T. | |
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A shape optimisation technique for the Wagner problem |
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| 9.45 | Malleron N., Scolan Y.-M. and Korobkin A.A. | |
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Some aspects of a generalized Wagner model | ||
| 10.10–10.40 | Coffe break | |
| Session 8, Chair: Touvia Miloh | ||
| 10.40 | Blenkinsopp C.E. and Chaplin J.R. | |
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Validity of small-scale physical models involving breaking waves | ||
| 11.05 | Bredmose H., Peregrine D.H. and Hunt A. | |
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Wave height ? A study of the impact of wave groups on a coastal structure | ||
| 11.30 | Chaplin J.R., Farley F.J.M. and Rainey R.C.T. | |
| Power conversion in the Anaconda WEC | ||
| 11.55 | Gilloteaux J.C., Ducrozet G., Babarit A. and Clément A.H. | |
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Non-linear model to simulate large amplitude motions : application to wave energy conversion |
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| 12.20 | Pinkster J.A. and Hermans A.J. | |
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A rotating wing for the generation of energy from waves | ||
| 12.45–14.00 | Lunch | |
| Session 9, Chair: Bernard Molin | ||
| 14.00 | Forestier J.M. | |
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Evolution equation of a potential flow with a free surface and moving solid boundaries |
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| 14.25 | Greaves D. | |
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Numerical simulation of breaking waves and wave loading on a submerged cylinder |
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| 14.50 | Thompson I., Linton C. M. and Porter R. | |
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A new approximation method for scattering by large arrays |
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| 15.15 | Harter R., Abrahams I.D. and Simon M.J. | |
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The effect of surface tension on trapped modes in water wave problems |
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| 15.40–16.10 | Coffe break | |
| Session 10, Chair: Yonghwan Kim | ||
| 16.10 | Chatjigeorgiou I.K. and Mavrakos S.A. | |
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A semi-analytical formulation for the wave-current interaction problem with a vertical bottom-seated cylinder including square velocity terms |
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| 16.35 | Chen X.B. and Duan W.Y. | |
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Formulations of low-frequency QTF by O(∆ω) approximation |
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| 17.00 | De S., and Mandal B.N. | |
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Water wave scattering by two partially immersed barriers – an alternative method of solution | ||
| 17.25 | Scolan Y.M., Kimmoun O., Branger H. and Remy F. | |
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Nonlinear free surface motions close to a vertical wall. Influence of a local varying bathymetry |
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| 17.50 | Tabain T. | |
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State of sea cards for the Adriatic |
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| 19.30 | Reception | |
| 20.00 | Banquet | |
| 7.00–8.30 | Breakfast | |
| Session 11, Chair: Nick Newman | ||
| 8.30 | Delhommeau G., Noblesse F. and Guilbaud M. | |
| Simple analytical approximation to a ship bow wave | ||
| 8.55 | Diebold L. | |
| Study of the Neumann-Kelvin problem for one hemisphere | ||
| 9.20 | Nabergoj R. and Prpić-Oršić J. | |
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A comparison of different methods for added resistance prediction |
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| 9.45 | Noblesse F., Yang C. and Espinosa R. | |
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Nearfield and farfield boundary-integral representations of free-surface flows |
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| 10.10–10.40 | Coffe break | |
| Session 12, Chair: David Evans | ||
| 10.40 | Ducrozet G., Bonnefoy F., Le Touzé D. and Ferrant P. | |
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Investigation of freak waves in large scale 3D Higher-Order spectral simulations | ||
| 14.50 | Grue J. | |
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Nonlinear wave-body interaction by a formulation in spectral space |
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| 10.40 | Bennetts L.G., Biggs N.R.T. and Porter D. | |
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Wave scattering by a circular ice floe of variable thickness |
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| 11.55 | Doctors L. J. | |
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A test of linearity in the generation of ship waves | ||
| 11.55 | Closing remarks by Šime Malenica | |
| 12.10–12.40 | Check out | |
| 12.45–14.25 | Lunch at "Lička kuća" | |
| 14.30 | Departure of bus for Zagreb Airport | |