|Andrianov, A.I. & Hermans, A.J.
||Hydroelastic analysis of floating plate of finite draft
|Babarit, A., Duclos, G., Clement, A.H. & Gilloteaux, J.C.
||Latching control of a power take off oscillator carried by a wave
|Ballast, A. & Zandbergen, P.J.
||Fully non-linear diffraction calculations of a floating sphere in regular
|Blenkinsopp, C.E. & Chaplin, J.R.
||Measurements of air/water interfaces in plunging breaking waves
|Chapman, G.J.D. & Porter, R.
||Scattering of obliquely incident waves by submerged ridges
|Chen, M.-Y. & Mei, C.C.
||Nonlinear harbor oscillations excited by random incident waves
|Chung, H. & Fox, C.
||Transition conditions at the interface between floating plates
|Colicchio, G., Bulgarelli, U.P. & Chaplin, J.R.
||Numerical and experimental investigation of the flow field around a
surface piercing plate
|Dai, Y.-S., Chen, X.-B. & Duan, W.-Y.
||Computation of low-frequency loads by the middle-field formulation
|Dessi, D. & Mariani, R.
||Structure and load identification using wave excitation in sea-keeping
|Dobrotvorsky, A.N. & Druzhevskiy, S.A.
||Investigation of the bottom relief change processes under the action of
wind-generated waves, currents and ice cover in the Russian section of the
approaches to the coast of the designed North-European pipeline route
|Ducrozet, G., Bonnefoy, F., Le Touze, D. & Ferrant, P.
||Development of a fully nonlinear simulator based on higher order spectral
|Dysthe, K., Socquet-Juglard, H., Trulsen, K., Krogstad, H.E.
& Liu, J.
||Distribution of extreme surface gravity waves from large scale
||Wave-maker ramp functions in numerical tanks
|Evans, D.V. & Meylan, M.H.
||Scattering of flexural waves by a pinned thin elastic sheet floating on
|Fructus, D. & Grue, J.
||Fully nonlinear and simplifed models for 3D water waves generated by a
|Gazzola, T., Korobkin, A., Malenica, S. & Scolan, Y.-M.
||Three-dimensional Wagner problem using variational inequalities
|Graham, J.M.R., Sherwin, S.J., Kendon, T.E. & Downie, M.J.
||The prediction of viscous damping of large floating bodies in waves
|Greco, M., Colicchio, G. & Faltinsen, O.M.
||Application of a 2D BEM-level set domain decomposition to the green-water
||A nonlinear model for surface waves interacting with a surface-piercing
||Water waves and floating bodies in the perspective of arctic offshore
|Hu, C., Faltinsen, O.M. & Kashiwagi, M.
||3-D numerical simulation of water-entry problem by CIP based cartesian
|Iafrati, A. & Korobkin, A.A.
||Self-similar solutions for porous/perforated wedge entry problem
|Jamois, E., Fuhrman, D.R., Bingham, H.B., Molin, B. & Remy,
||Oblique wave interaction with reflective structures by a high-order
velocity potential Boussinesq-type model
|Jensen, A., Mayer, S., & Pedersen, G.K.
||Dynamics of a collapsing breaking wave
||Wave-body interactions in a two-layer fluid of finite water depth
||Wave impact on elastic beam connected with spring to main structure
||Numerical analysis of three-dimensional slamming forces in waves
|Kimmoun, O., Molin, B. & Fontaine, E.
||Experimental study of the wave response of a two-dimensional rectangular
barge in very shallow water
|Klopman, G., Dingemans, M.W. & van Groesen, B.
||A variational model for fully non-linear water waves of Boussinesq type
|Korobkin, A. & Malenica, S.
||Modified Logvinovich model for hydrodynamic loads on asymmetric contours
|Kreuzer, E.J. & Sichermann, W.M.
||Slender body theory approach to nonlinear ship motions
||The two-dimensional water-wave problem for multiple finite docks
|Landrini, M., Colagrossi, A., Greco, M. & Tulin, M.P.
||SPH simulation of onshore bores with counter rotational vortical
|Lee, K.H., Sclavounos, P.D. &. Wayman, E
||Floating wind turbines
|Le Touze, D. & Colagrossi, A.
||Free-surface prototype problems suitable to investigate particle methods
|Linton, C.M. & Martin, P.A.
||A long-wave multiple scattering theory
|Liu, P.L.-F., Wu, T.-R. & Mo, W.
||A three-dimensional numerical model for wave-structure interactions
|Lugni, C., Brocchini, M., Dolcini, A., Palladino, F.,
Bulgarelli, U.P. & Faltinsen, O.M.
||Flip Through Phenomenon: an experimental investigation
|Maki, K.J., Beck, R.F. & Troesch, A.W.
||Experimental validation of numerically simulated unsteady flow
||Are there trapped modes in the water-wave problem for a freely-floating
|Mei, C.C. & Chen, M.-Y.
||Second-order diffraction and refraction of water waves
|Molin, B., Jamois, E., Lee, C.H. & Newman, J.N.
||Non-linear wave interaction with a square cylinder
||Trapped modes for surface-piercing cylinders below and above the cut-off
||Hydrodynamic challenges related to safety of offshore structures
||Wave effects on vessels with internal tanks
||Some hydrodynamic issues related to offshore wind turbines
|Noblesse, F. & Yang, C.
||Local potential in representation of 3D flow about a ship advancing
through regular waves in finite water depth
|Oger, G., Ferrant, P. & Alessandrini, B.
||Free surface impact in a biphasic SPH simulation
||Nonlinear effect in diffraction wave
|Parau, E.I., Vanden-Broeck, J.-M. & Cooker, M.J.
||Computations of three-dimensional gravity-capillary solitary waves in
|Rognebakke, O.F. & Faltinsen, O.M.
||Sloshing induced impact with air cavity in rectangular tank with a high
|Rousset, J.-M., Pettinotti, B., Quillard, O., Toularastel,
J.-L. & Ferrant, P.
||Slamming experiments on a ship model
|Sanchis, A., Scelevik, G. & Grue, J.
||Study of vortex induced vibrations in two degrees of freedom of a
spring-mounted circular cylinder with PIV
||On the Dirichlet-Neuman operator for nonlinear water waves
||On the use of conformal mappings to determine the hydrodynamic force and
moment on bodies in viscous incompressible flow
||Waveguide properties of the elongated rectangular structures
|Sueyoshi, M., Kishev, Z.R. & Kashiwagi, M.
||A particle method for impulsive loads caused by violent sloshing
|Takagi, K. & Noguchi, J.
||PFFT-NASTRAN coupling for hydroelastic problem of VLMOS in waves
|Taylor, P., Walker, D. & Rainey, R.
||On the New Year Wave at Draupner in the central North Sea in 1995
|Trulsen, K., Jensen, A. & Grue, J.
||Water wave kinematics of steep irregular waves systematic perturbation
approach, empirical law, PIV measurements and engineering practice
||Can lateral asymmetry of the hulls reduce catamaran wave resistance?
|Wemmenhove, R., Loots, G.E., Luppes, R. & Veldman, A.E.P.
||Simulation of greenwater loading by a three-dimensional two-phase
||A consistent strip-theory approach for wave loads and ship motions in
|Ya'akobi, O., Zilman, G. & Miloh, T.
||The electromagnetic field induced by a submerged body moving in
|Yan, S. & Mo, Q. W.
||Application of QALE-FEM to the interaction between nonlinear water waves
and periodic bars on the bottom
||Interference restistance of multi-hulls per thin-ship theory
|Zang, J., Taylor, P.H. & Eatock-Taylor, R.
||Non-linear interaction of directionally spread waves with FPSO