|Adamo, A., Li, G. & Mei, C.C.
||Synchronous excitation of trapped modes along Venice storm barrier
|Andrianov, A.I. & Hermans, A.J.
||Hydroelasticity of elastic circular plate
|Bingham, H.B., Fuhrman, D.R., Jamois, E. & K
||Nonlinear wave interaction with bottom-mounted structures by a high-order
|Bredmose, H., Peregrine, H., Bullock, G., Obhr
||Extreme wave impact pressures and the effect of aeration
|Buldakov, E.V., Eatock Taylor, R. & Taylor, P.H.
||New asymptotic formulation for nonlinear water wave problems in
|Chapman, G.J.D. & Porter, R.
||Free and forced oscillations to second order for two-dimensional fluid
motion in a tank with arbitrary bed profile
|Clamond, D., Fructus, D. & Grue, J.
||A new absorbing boundary conditions for three-dimensional surface wave
|Colagrossi, A., Lugni, C., Greco, M. & Faltinse
||Experimental and numerical investigation of 2D sloshing with slamming
|Colicchio, G., Greco, M. & Faltinsen, O.M.
||Nonlinear air-water interface problems through a BEM-Level set domain
|Dessi, D., Carcaterra, A. & Diodati, G.
||Experimental and numerical analysis of a moored floating structure
response to waves
|Doctors, L.J. & Zilman, G.
||The influence of surface tension and viscosity on the wavemaking of a
|Doring, M., Oger, G., Alessandrini, B. & Ferrant
||SPH simulations of floating bodies in waves
|Ermanyuk, E.V. & Gavrilov, N.V.
||Hydrodynamic loads induced by a gravity current in a submerged circular
||Optical theorem in atomic physics and wave power
|Gayen, R. & Mandal, B.N.
||Water wave scattering by the two edges of a strip-like ice-cover
|Gueret, R., Korobkin, A. & Malenica, S.
||FEM-Wagner coupling for hydroelastic impact problems
|Hu, C., Kashiwagi, M. & Kishev, Z.
||Numerical simulation of violent sloshing by CIP method
|Huijsmans, R.H.M., Hermans, A.J. & Morkerken, R.
|| Diffraction of steep waves for stationary vessels
|Iafrati, A. & Campana, E.F
||Spectral analysis of the free surface fluctuations behind microbreakers
|Kagemoto, H., Murai, M. & Kashiwagi, M.
||Can a single floating body be expressed as the sum of two bodies?
||Wave drift forces and moments on two ships with side-by-side arrangements
|Kent, C. & Choi, W.
||A new numerical method to compute nonlinear hydrodynamic forces on a
||Wave impact on cracked elastic beam
||Numerical modeling of flow in water entry of a wedge
|Korobkin, A.A. & Iafrati, A.
||Jetting by floating wedge impact
||Uniqueness in the water-wave problem for bodies intersecting the free
surface at arbitrary angle
|Lee, Y-B., Kim, Y., Kim, Y-S. & Shin, Y-S.
||Parametric study on slosh-induced impact pressures: experimental vs.
|Le Touze, D., Bonnefoy, R. & Ferrant, P.
||A fully-nonlinear high-order spectral 3D model for gravity waves
generation and propagation
||Scattering by a semi-infinite array of vertical'circular cylinders
|Luquet, R., Alessandrini, B., Ferrant, P. & Gent
||Simulation of wave-body interactions in viscous flow based on explicit
||Simulation of non-linear water waves using meshless local Petrov-Galerkin
|Maki, K.J., Troesch, A.W. & Beck, R.F.
||Qualitative investigation of transom stern flow ventilation
||Secularity and third-order wave scattering
||Resonances of a heaving structure with a moonpool
|Meylan, M.H., Hazard, C. & Loret, F.
||Linear time-dependent motion of a two dimensional floating elastic plate
in finite depth water using the Laplace transform
|Molin, B. & Nielsen, F.G.
||Heave added mass and damping of a perforated disk below the free surface
||Generalized potential-flow representations
||Horizontal force on a very thin plate in waves
|Porter, D. & Porter, R.
||Wave scattering by an ice sheet of variable thickness
|Porter, R. & Evans, D.V
||Flexural-gravity wave diffraction by finite cracks of arbitrary shape in
||Wave breaking as particle "escape": comparisons with exact
||Two-dimensional analysis of the wave exciting force on a multi-hull
||Forced vibrations of floating elastic plate
|Tyvand, P.A. & Haugen, K.B.
||An impulsive bathtub vortex
|van der Molen, W.
||Time-domain calculation of moored ship motions in a harbour
|Wang, C.Z. & Wu, G.X.
||Interaction between nonlinear water waves and structures with flare
|Yeung, R.W. & Seah, R.K.M.
||The effects of viscosity on the hydrodynamic properties of bodies in a
|Zang, J., Taylor, P.H. & Eatock Taylor, R.
||Speculations on the adequacy of 2nd order diffraction theory
|Zilman, G., Zapolski, A. & Maron, M.
||SAR imaging of ship wakes and inverse ship wake problem
||The application of numerical methods for the solution of some problems in
free surface hydrodynamics
||Mathematical techniques for linear wave-structure interactions
|Faltinsen, O.M. & Chezhian, M.
||A generalized Wagner method for three-dimensional slamming
||Added resistance by means of time-domain models in seakeeping
||Second-order diffraction in short waves
|Ohkusu, M. & Iwashita, H.
||Revisiting the unsteady wave pattern of a ship
|Tuck, E.O. & Lazauskas, L.
||Lifting surfaces with circular planforms
||Musings on ship waves: 1950-2000. Friendships, luck, and curiosity
||Reminiscences of my early career in waves