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Introduction |
| Akylas, T.R. & Mathew, J. |
Finite-amplitude edge waves |
| Anderson, A., Diver, D.A. & Peregrine, D.H. |
Slender, steep and breaking water waves |
| Andersson, P. |
An experimental study of surface waves generated by submerged bodies |
| Angell, T.S. & Kleinman, R.E. |
Some questions in optimal design of floating bodies |
| Bertram, V. |
A Rankine source approach to forward speed diffraction problems |
| Bonnet, A.S. & Joly, P. |
Mathematical and numerical study of trapping waves |
| Callan, M.A. |
Trapping modes above non-cylindrical bodies |
| Chau, F.P. & Eatock Taylor, R. |
A comment on the second order diffraction potential for a vertical
cylinder |
| Chen, X.B. & Molin, B. |
High frequency interactions between TLP legs |
| Chun, H.H., McGregor, R.C. & Miller, N.S. |
Prediction of the added resistance of a SWATH ship |
| Clarisse, J.M. |
Thirty years after, the evaluation of the single integral part of the
Kelvin wave source potential in the far-field |
| Cointe, R. |
Hydrodynamic impact analysis of a cylinder, modelling the jet |
| Cooker, M.J. & Peregrine, D.H. |
A model of the shock pressures from breaking waves |
| Dgaygui, K. & Joly, P. |
Absorbing boundary conditions for linear gravity waves 15 K Eggers, On
the breakdown of ship wave ray tracing near the bow |
| Eggers, K. |
On the breakdown of ship wave ray tracing near the bow |
| Flaten, G. & Palm, E. |
Dissipation and diffraction of an incoming wave due to a submerged,
horizontal, permeable, circular cylinder |
| Friis, A. |
Second order diffraction forces on a submerged body by second order Green
function method |
| Greenhow, M. |
Water exit of slender and non-slender bodies |
| Grue, J. & Palm, E. |
Mean forces on floating bodies in waves and current |
| Hazard, C. & Lenoir, M. |
Numerical computation of resonant states for the 2-D linear sea-keeping
problem |
| Hu, C. & Eatock Taylor, R. |
Motions of 2D bodies at small forward speed 22 AC King, Some aspects of
free surface flow over a submerged body |
| King, A.C. |
Some aspects of free surface flow over a submerged body |
| Korsmeyer, F.T. |
An order N algorithm for the solution of the boundary integral equations
of potential flow |
| Krokstad, J.R. |
Second-order wave forces and moments in multidirectional seas |
| Lee, C-H. |
(Kochin-type) second-order wave exciting forces |
| Linton, C.M. & Evans, D.V. |
Compressed air breakwaters |
| Martin, P.A. |
Oscillating immersed plates and hypersingular integral equations, II |
| McIver, P. & Simon, M.J. |
Wave scattering by a vertically axisymmetric body in a channel |
| Mehlum, E. & Spjelkavik, B. |
Strongly nonlinear waves in a tapered channel |
| Miloh, T. |
Oblique water entry of spherical shapes with special reference to the
ricocheting phenomenon |
| Molin, B. |
On the added mass and damping of porous cylinders-non harmonic motion |
| Pawlowski, J.S. & Bass, D.W. |
The development of a time domain simulation method for the prediction of
scattering forces and large ship motions in waves |
| Peregrine, D.H. & Cooker, M.J. |
Computations of waves breaking against a vertical wall |
| Pesce, C.P. & Aranha, J.A.P. |
Families of trial functions for the three-dimensional variational method
on wave-body interaction problems |
| Pizer, D. |
Low frequency motions of semi submersibles |
| Rainey, R.C.T. |
Energy arguments under a "wavy lid"-a new approach to capsizing
and other highly nonlinear problems |
| Raven, H.C. |
The negative wave resistance paradox in Dawsons method |
| Schultz, W.W. Cao, Y. & Beck, R.F. |
Three-dimensional nonlinear wave computation by desingularized boundary
integral method |
| Sclavounos, P.D. |
The slow-drift oscillation of a floating body |
| Standing, R.G. |
Some problems in predicting low-frequency motion damping and response of
floating offshore structures |
| Thomas, G.P. |
Wave diffraction by an array of cylinders in a channel |
| Tulin, M.P. |
A Kolaini & H Qu, Short-crested waves in the laboratory and related
phenomena |
| Tyvand, P.A. |
A strong vortex placed near a free surface |
| Ursell, F. |
Some unfinished and unsolved problems in the linear theory of water waves |
| van der Stoep, C. & Hermans, A.J. |
The influence of a slowly oscillating movement on the velocity potential |
| Wu, G.X. |
Hydrodynamic forces on a submerged cylinder advancing in waves of finite
water depth |
| Yeung, R.W. & Vaidhyanathan, M. |
Nonlinear wave diffraction over submerged obstacles |
| Zang, Y. Nestegard, A. & Vada, T. |
Motions of surface effect ships |
| Zhao, R. & Faltinsen, O. |
Seakeeping of high-speed vessels |
