| |
Introduction |
| Angell, T.S., Hsiao, G.C., Kleinman, R.E. and Miloh, T. |
On minimizing wave resistance or drag |
| Bingham, H.B. |
Computing the Green function for linear wave-body interaction |
| Buchmann, B., Ferrant, P. and Skourup, J. |
Runup on a Body in Waves and Current. Fully Non-Linear and Finite Order
Calculations |
| Bunnik, T.H.J. and Hermans, A.J. |
Stability analysis for the 3D unsteady free-surface condition with raised
panels |
| Chen, X.-B. and Noblesse, F. |
Super Green functions for generic dispersive waves |
| Clement, A.H. |
Computation of impulse response function using differential properties of
the time-domain Green function |
| Cramer, H., Bertram, V. and Thiart, G. |
A fully 3-d Rankine method for ship seakeeping |
| Danmeier, D. |
Multiple-body simulations using a higher-order panel code |
| Faltinsen, O.M. and Zhao, R. |
Water entry of a wedge into a channel |
| Fontaine, E. and M.P. Tulin |
On the generation of wave free oscillatory bodies and of trapped modes |
| Grilli, S.T. and Hu, Z. |
Modeling of instabilities of oil containment systems by a vortex sheet
method |
| Huseby, M. and Grue, J. |
An experimental investigation of higher harmonic forces on a vertical
cylinder in long waves |
| Indejtchev, D. and Mochalova, Yu. |
Trapped modes in wave channel with an elastic plate on the bottom |
| Iwashita, H. |
Influence, of the steady flow in seakeeping of a blunt ship through the
free-surface condition |
| Kagemoto, H. |
Wave decay characteristics along a long array of cylindrical legs |
| Kalske, S. |
Unsteady bow wave field and added resistance of ships in short waves |
| Kashiwagi, M. |
A new direct method for calculating hydroelastic deflection of a very
large floating structure in waves |
| Khabakhpasheva, T.I. and Korobkin, A.A. |
One-side inequalities in the problem of wave impact |
| Kim, Y. and Sclavounos, P.D. |
A finite-depth unified theory of ship motion |
| Landrini, M., Oshri, O., Waseda, T. and Tulin, M.P. |
Long time evolution of gravity wave systems |
| Levi, C., Welch, S., Fontaine, E. and Tulin, M.P. |
Experiments on the ringing response of an elastic cylinder in breaking
wave groups |
| Linton, C.M. |
Rapidly convergent representations for free-surface Green's functions |
| Ma, Q.W., Wu, G.X. and Eatock Taylor, R. |
Numerical simulation of sloshing waves in a 3D tank |
| Matos, V.L.F., Simos, A.N. and Aranha, J.A.P. |
Geometric synthesis of 2D submerged bodies |
| McIver, M. |
Uniqueness, trapped modes and the cut-off frequency |
| McIver, P. |
On the completeness of eigenfunction expansions in water-wave problems |
| Molin, B. and Stassen, Y. |
A procedure to remove secularity in third-order numerical wave tanks |
| Motygin,O. and Kuznetsov, N. |
Non-uniqueness in the water-wave problem: an example violating the inside
John condition |
| Moulijn, J. |
Added resistance of surface effect ships |
| Newman, J.N. |
Hydrodynamic analysis of the McIver toriod |
| Ohkusu, M. and Nanba, Y. |
Some problems of hydroelastic behaviour of a floating thin plate in
shallow water wave |
| Palm, E. and Grue, J. |
On the wave field due to a moving two-dimensional, submerged body
oscillating near the critical frequency |
| Porter, R. and Evans, D.V. |
Prediction of resonances due to waves interacting with finite linear
arrays of cylinders |
| Raven, H.C. and Prins, H.J. |
Wave pattern analysis applied to nonlinear ship wave calculations |
| Scolan, Y.-M. and Malenica, S. |
Experimental and numerical second order diffracted waves around an array
of 4 cylinders |
| Subramani, A.K., Beck, R.F. and Schultz, W.W. |
Suppression of wave-breaking in nonlinear water wave computations |
| Takagi, K. |
Water waves beneath a floating elastic plate |
| Tromans, P.S. and Suastika, I. K. |
Spectral response surfaces, designer waves and the ringing of offshore
structures |
| Tyvand, P.A. |
Free-surface evolution at the edge of an impulsively upwelling fluid
layer |
| Ursell, F. |
On the validity of multipole expansions |
| Utsunomiya, T. and Eatock Taylor, R. |
Analogies for resonances in wave diffraction problems |
| van 't Veer, R. |
Experimental validation of a Rankine panel method |
| Webster, W.C. and Zhang, X. |
A waterfall springing from unsteady flow over an uneven bottom |
| Westhuis, J.-H. and Andonowati |
Applying the finite element method in numerically solving the two
dimensional free-surface water wave equations |
| Wood, D.J. and Peregrine, D.H. |
Pressure-impulse theory for water wave impact on a structure with trapped
air |
| Zhang, S., Lin, W.-M., Weems, K. and Yue, D.K.P. |
A hybrid boundary-element method for non-wall-sided bodies with or
without forward speed |
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DISCUSSIONS |
