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Introduction |
| Agnon, Y. & Mei, C. C. |
Nonlinear resonance of long shelf waves by incident short waves |
| Akylas, T. R. & Katsis, C. |
Excitation of threedimensional nonlinear waves by ships moving in shallow
water |
| Aranha, J. A. P. |
Trapped wave and non-linear resonance in a semi-submersible |
| Brandsma, F. J. |
The ray method for nonlinear ship waves |
| Breit, S. R. |
Surface-wave interaction between adjacent slender bodies |
| Chan, J. L. K. & Calisal, S. M. |
Numerical towing tank for ship motion |
| Doi, Y. & Kajitani, H. |
Study on characteristics of stern waves including viscous effects |
| Dommermuth D. G. & Yue, D. K. |
Numerical methods for nonlinear two-dimensional waves: regriding versus
smoothing |
| Faltinsen, 0. M. |
Slow-drift phenomena in irregular waves |
| Hearn, G. E. |
Higher order methods of hydrodynamic analysis |
| van Hooff, R. |
Dissemination of research results |
| Jensen, P. S. |
On the use of Rankine source potential in the ship wave problem |
| Korsmeyer, F. T. |
On the solution of the radiation problem in the time domain |
| Lee, S. C. |
A preliminary study on the hydrodynamic interaction between the wave,
current and body |
| Liu, Y. W. |
A simplified boundary integral method for two-dimensional floating body
problem |
| Marshall, K. & Evans, D. V. |
Wave problems with space-dependent boundary conditions |
| Martin, J. |
Evolution of semi-submersible motion in waves |
| Martin, P. A. |
Null-field methods for floating cylinders |
| McIver, M. |
Diffraction of water waves by a moored horizontal flat plate |
| McIver, P. & Evans, D. V. |
Sloshing frequencies in a rectangular tank with a baffle |
| Mei, C. C., Hara, T. & Naciri, M. |
Resonant scattering by periodic structures |
| Molin, B. |
Second-order double frequency loads and motions for 3D bodies |
| Nestegard, A. & Vinje, T. |
Changes in the wave elevation caused by under-water ridges |
| Newman, J. N. |
On the wave resistance Green function |
| Papanikolaou, A. |
On the nonlinear wave forces acting on partially or fully submerged
cylinders in waves |
| Pousin, J., Verriere, M, & Lenoir, M. |
Study of the application of the localized finite element method for the
resolution of the 2D Neumann-Kelvin problem |
| Schwartz, L. |
The nonlinear evolution of viscous fingers -- a water-wave problem in
disguise |
| Sclavounos, P. D. |
Recent advances in unified theory |
| Stiassnie, M. |
Energy calculations based on the modified Zakharov equation |
| Troesch, A. |
A theoretical investigation of wall reflections |
| Tuck, E. 0., & Grundy, I. H. |
Waves generated by airflow from a stationary hovercraft |
| Ursell, F. |
On the decay of wave motion in water of finite depth |
| Wang, P. F. |
Transient second-order diffraction by a vertical cylinder using the Weber
transform |
| Wehausen, J. V. |
The radiation condition and causality |
| Wu, T. Y. |
Periodic generation of solitons by steady moving bodies |
| Wu, X. J. & Price, W. G. |
Appearance and dissappearance of irregular frequencies in wave-structure
interaction problems |
| Yue, D. K. & Kagemoto, H. |
Wave Forces on a Platform Supported on a Large Number of Floating Legs |
