||An epistemological innovation in water wave theory: numerical results as
a benchmark for analytical results
|Bellier, J.L. and Champy, I.
||Study of the second-order sea-keeping problem for submerged bodies
|Chadwick, E. and Bettess, P.
||Modelling the wave envelope of progressive waves
|Clement, A. and Domgin J.F.
||Wave absorption in a 2D numerical wave basin by coupling two methods
||A numerical wave tank for the 21) free floating body problem
||Modified pressure impulse theory for wave impact
||Resonances for the 3D Neumann-Kelvin problem in the case of an immersed
|Emmerhoff, O.J., Kim, S. and Sclavounos, P.D.
||Time-simulations of second-order forces
|Evans, D.V. and Fernyhough, M.
||Edge waves along periodic coastlines
||Ringing loads on gravity based structures
|Farina, L. and Martin, P.
||Interaction of water waves with floating and submerged circular plates
||Nonlinear wave loads and runup upon a surface piercing cylinder
|Finie, S. and Grue, J.
||Analysis of the forces and the responses of floating bodies with a slow
|Friis, A., Rusfis, P-O., Grue, J. and Palm, E.
||A time-stepping model for two-dimensional nonlinear interfacial waves
|Galper, A. and Miloh, T.
||Hydrodynamic loads on a cylinder moving
|Gentaz, L., Alessandrini, B. and Delhommeau, G.
||Numerical simulation in viscous fluid of a two-dimensional forced heaving
cylinder on a free surface
|Greaves, D.M., Borthwick, A.G.L., Eatock Taylor, R. and Wu,
||Analysis of wave-body interactions using adaptive finite element meshes
|Huang, Z.J. and Hsiung, C.C.
||Nonlinear shallow water flow on a three-dimensional deck
||Application of a higher order panel method for computing higher
derivatives of the steady potential in a ship motions program
|Kagemoto, H., Fujino, M. and Zhu, T.Y.
||A new approximate technique for the hydrodynamic analyses of a huge
|Kalliadasis, S., Peregrine D.H. and Topliss, M.E.
||Aspects of violent water wave impacts
||A new slender-ship theory with arbitrary forward speed and oscillation
|Kim, D.J. and Kim, M.H.
||Interaction of a large three-dimensional body with waves and currents by
||The initial development of a jet
|Kinoshita, T. and Bao, W.
||Interaction of freely oscillating vertical cylinders with waves and slow
||Acoustic effects on water impact
|Korsmeyer, F.T. and Bingham, H.B.
||Seakeeping computations in following waves
|Kring, D., Huang, Y. and Sclavounos, P. D.
||Time domain ship motions with a nonlinear extension
|Landrini, M. and Campana, E.
||Wave and forces about a turning flat plate
|Lin, W-M., Xue, M. and Yue, D.K.P.
||Linear and nonlinear analysis of hydrodynamic loads on a flared
axisymmetric body oscillating in a free surface
||How to remove secularity in the solution of diffraction-radiation
problems with small forward speed
||A B-spline based higher order method in 3D
||Another look at wide-spacing approximations for three dimensional
|Mas, S. and Clement, A.
||Computation of the finite depth time-domain Green function in the large
||The existence or otherwise of trapped modes in channels
||Arrays of wave-energy devices
|Motygin, O. and Kuznetsov, N.
||The 2D Neumann-Kelvin problem for a surface-piercing tandem
|Newman, J.N. and Lee, C.H.
||Runup on a vertical cylinder in long waves
|Ohkusu, M. and Imai, Y.
||Wave force on floating platform on the water of varying depth
|Porter, R. and Evans, D.V.
||Wave scattering by periodic arrays of breakwaters
|Prins, H.J. and Hermans, A.J.
||Step-response functions in ship hydrodynamics
||The hydrodynamic load at the intersection of a cylinder
||Nonlinear effects in ship wave pattern predictions
||A simple idea to calculate shallow water flow with steep waves
|Sclavounos, P.D. and Kim, Y.W.
||Third-order diffraction of surface waves by a time-domain Rankine panel
|Sierevogel, L.M. and Hermans, A.J.
||Absorbing boundary condition for floating objects in current and waves
||A nonlinear simulation method of 31) body motions in waves: formulation
with the acceleration potential
|Thiart, G., Bertram, V. and Jensen, G.
||A higher-order panel method for nonlinear free-surface flows about
||On the linear generation and propagation of caustic waves by unsteady
moving disturbances at the free surface
||Infinite systems of equations.
|van Daalen, E.F.G., van Groesen, E. and Pudjaprasetya, S.R.
||Solitary wave splitting due to a mildly sloping bottom
|Wu, GA., Ma, Q.W. and Eatock Taylor, R.
||Nonlinear wave loading on a floating body
|Xue, M. and Yue, D.K.P.
||Fully-nonlinear three-dimensional interaction between water waves and a
|Yeung, R. W. and Yu, X.
||Unsteady waves near a vertical circular
|Zhang, S., Storhaug, G. and Yue, D.K.P.
||Wave loads on a vertical elastic wall
||Linear analyses of a 2D floating and liquid filled membrane structure in
||Numerical method for nonlinear wave loads on a truncated cylinder
||A 3D numerical solution for a surface-piercing plate oscillating at