Proceedings of the 17th (2007) International Offshore and Polar Engineering Conference, Lisbon, Portugal, July 1-6 2007 |
Contents
THE EDITORIAL BOARD | 161 |
Nonlinear Simulation of 3D Freak Waves Using a Fast Numerical Method | 168 |
A New Method for Applying rLargest Maxima Model for Design SeaState Prediction | 176 |
Copyright | |
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3-D freak waves amplitude analysis applied axial load boundary condition boundary element boundary element method brash ice channel CIDECT coefficient components computed crest damping beach de-clustering DECA deformation depressor depth diffraction discretization Dynamics Eatock Taylor elevation equations experimental extreme value theory Fluid freak waves Free-surface profile frequency function Grilli harmonic HR Wallingford ice class ice tests incident wave incoming wave Int Offshore interaction internal pressure ISOPE layers line pipe linear Mech mesh motion MPS method nodes nonlinear wave numerical results numerical simulations numerical wave obtained Offshore and Polar open water paper parameters particle method pipeline Polar Engineers Proc QALE-FEM r-largest maxima model scheme seabed ship shown in Fig solution specimen speed spring constant stagnation point structure submerged surface Table tearing rupture tether disturbance tion TP joints transient waves transit transverse load velocity velocity potential vertical plate wavemaker winch wrinkle аф