|Aranha, J, & Martins, M.
||Slender body approximation for yaw velocity terms in the wave drift
|Ba, M., Farcy, A. & Guilbaud, M.
||A time domain method to compute transient non linear hydrodynamic flows
|Bratland, A.K., Korsmeyer, F.T. & Newman, J.N.
||Time domain calculations in finite water depth
|Bunnik, T.H.J. & Hermans, A.J.
||A time-domain algorithm for motions of high speed vessels using a new
free surface condition
|Celebi, M.S. & Kim, M.H.
||Nonlinear wave-body interactions in a numerical wave tank
|Chen, X.-B. & Noblesse, F.
||Dispersion relation and far-field waves
||A shortcut for computing time-domain free-surface potentials avoiding
Green function evaluations
|Di Mascio, A., Penna, R., Landrini, M. & Campana, E.F.
||Viscous free surface flow past a ship in steady drift motion
||Solitary waves with algebraic decay
|Doutreleau, Y. & Clarisse, J.-M.
||Recent progress in dealing with the singular behavior of the
Neumann-Kelvin Green function
||Impulsive diffraction by an array of three cylinders
||Nonlinear wave-current interactions in the vicinity of a vertical
||Higher-order wave drift forces on bodies with a small forward speed based
on a long wave approximation
|Fontaine, E. & Faltinsen, O.M.
||Steady flow near a wedge shaped bow
||On new mode of wave generation by moving pressure disturbance
|Gentaz, L., Alessandrini, B. & Delhommeau, G.
||Motion simulation of a two-dimensional body at the surface of a viscous
fluid by a fully coupled solver
|Greaves, D.M., Borthwick, A.G.L. & Wu G.X.
||An investigation of standing waves using a fully non-linear boundary
adaptive finite element method
|Grilli, S.T. & Horrillo, J.
||Fully nonlinear properties of shoaling periodic waves calculated in a
numerical wave tank
|Grue, J. & Palm, E.
||Modelling of fully nonlinear internal waves and their generation in
transcritical flow at a geometry
||The excitation of waves in a very large floating flexible platform by
short free-surface water waves
|Huang, J.B., Eatock Taylor, R. & Rainey, R.C.T.
||Free surface integrals in non-linear wave-diffraction analysis
|Huang, Y. & Sclavounos, P.D.
||Nonlinear ship wave simulations by a Rankine panel method
|Iwashita, H. & Bertram, V.
||Numerical study on the influence of the steady flow field in seakeeping
||A comparison of two Rankine-source panel methods for the prediction of
|Jiang, L., Schultz, W.W. & Perlin M.
||Capillary ripples on standing water waves
|Khabakhpasheva, T.I. & Korobkin, A.A.
||Wave impact on elastic plates
|Kim, Y. & Sclavounos, P.D.
||The computation of the second-order hydrodynamic forces on a slender ship
|Laget, O., de Jouette, C., Le Gouez, J.M. & Rigaud, S.
||Wave breaking simulation around a lens-shaped mast by a V.0.F. method
|Landrini, M., Ranucci, M., Casciola, C.M. & Graziani, G.
||Viscous effects in wave-body interaction
||Numerical investigations into non-uniqueness in the two-dimensional
|Ma Q.W., Wu, G.K. & Eatock Taylor, R.
||Finite element analysis of non-linear transient waves in a three
dimensional long tank
||Applications using a seakeeping simulation code
||Higher-order wave diffraction of water waves by an array of vertical
|Mayer, S., Garapon, A. & Sorensen, L.
||Wave tank simulations using a fractional-step method in a cell-centered
finite volume implementation
||Resonance in the unbounded water wave problem
|McIver, P. & Kuznetsov, N.
||On uniqueness and trapped modes in the water-wave problem for a
surface-piercing axisymmetric body
|Motygin, 0. & Kuznetsov, N.
||On the non-uniqueness in the 2D Neumann-Kelvin problem for a tandem of
|Nguyen, T. & Yeung, R.W.
||Steady wave systems in a two-layer fluid of finite depth
|Nygaard, J.O. & Grue, J.
||Wavelet and spline methods for the solution of wave-body problems
|Ohkusu, M. & Nanba, Y.
||Hydroelastic response of a floating thin plate in very short waves
|Porter, R. & Evanes, D.V.
||Recent results on trapped modes and their influence on finite arrays of
vertical cylinders in waves
||Violent surface motion around vertical cylinders in large, steep waves --
Is it the result of the step change in relative acceleration?
|Scorpio, S.M. & Beck, R.F.
||Two-dimensional inviscid transom stern flow
|Sierevogel, L.M. & Hermans, A.J.
||Stability analysis of the 2D linearized unsteady free-surface condition
|Skourup, J., Buchmann, B. & Bingham, H.B.
||A second order 3D BEM for wave-structure interaction
|Tanizawa, K. & Naito, S.
||A study on wave-drift damping by fully nonlinear simulation
|Teng, B. & Kato, S.
||Third-harmonic diffraction force on axisymmetric bodies
|Tuck, E.O., Simakov, S.T. & Wiryanto L.H.
||Steady splashing flows
|Van't Veer, R.
||Catamaran seakeeping predictions
|Vogt, M. & Kang, K-J.
||A level set technique for computing 2D free surface flows
|Wood, D.J. & Peregrine, D.H.
||Application of pressure-impulse theory to water wave impact beneath a
deck and on a vertical cylinder
|Zhu, Q., Liu, Y. & Yue, D.K.P.
||Resonant interactions of Kelvin ship waves with ambient ocean waves
||Special Weinblum Anniversary Session