International Journal of Offshore and Polar Engineering, Volume 9International Society of Offshore and Polar Engineers, 1999 - Arctic regions |
Contents
A Nonlinear Spectral Model for Directional Random Waves at Decreasing Depths | 81 |
An Application of Fully Nonlinear Numerical Wave Tank to the Study of Chaotic Roll Motions | 90 |
An Investigation on the Applicability of Simplified Mathematical Models to the RollSloshing Problem | 97 |
Copyright | |
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Common terms and phrases
amplitude analysis anchor angle axial bending boundary condition boundary element method breakwater calculated clay coefficient computed crack cylinder damping deflection deformation displacement Eckernförde Bay effect element equation experimental fatigue finite fluid free surface frequency function HOBEM horizontal hydrodynamic iceberg incident wave Int Offshore International Offshore ISOPE joint linear load longitudinal matrix maximum Mech method module motion nonlinear Numerical Wave Tank obtained Offshore and Polar offshore structures parameters peak pipe pipeline plate Polar Eng Conf Polar Engineering Conference pore water pressure predicted pressure Proc propagation rad/s response revised manuscript S-N curves São Leopoldo seastate second-order shear shear strength ship shown in Fig simulation Society of Offshore soil solution spectral spectrum standing wave stiffness strength thrust vectors tion vector velocity velocity potential vertical wave force wave height wave overtopping wave tank wavemaker