...). energy conservation transmission coefficient coefficient incident wave boundary eigenfunction expansion submerged barrier submerged plate barrier linear wave continuity condition diffraction potential analytical solution engineering velocity potential investigation wave amplitude...

... method based on the Bhatnagar-Gross-Krook (LBGK) form of the lattice Boltzmann method. Free-surface is simulated by single-phase particle level set method (PLSM). The effectiveness of current model is demonstrated by the numerical simulation of a linear wave and a second-order stokes wave. Results show...

... to the nature of the incoming waves. In comparison with that of a Pelamis WEC, waves are generated in a tank model. In this paper, wave theory for linear waves is used to analyze the motion and the energy absorption capabilities of multi floating bodies. energy absorption capability sustainable...

.... The responses due to the solitary wave are compared with those of linear waves of the same height. It is found that regardless of the wave period, stresses due to solitary waves are generally larger. Implications on liquefaction need further investigation. INTRODUCTION The present study examines the problem...

... with one component of incident waves. Agnon and Mei extended to threedimensional problem with groups of short waves as the incident waves. But they ignored the contributions from evanescent modes of the linear waves to the forcing function for the long waves in their multiple- scale method. The basic...

... ABSTRACT There are several papers concluding that the free long waves are generated to compensate the discontinuity of the forced long waves across the harbour (or channel) mouth. But the linear waves should be continuous across the mouth and the forcing terms in the free surface condition...

... the treatment of the complicated intersections between the free surface and the ship. reservoir simulation froude linear force coefficient wave resistance spheroid linear wave submerged spheroid force coefficient velocity potential numerical simulation node nonlinear boundary free surface...

... the numerical calculations for nonlinear wave problems feasible. For linear waves it is well-known that the scattered wave energy is always flowing out away from the body and not flowing in toward the body. This energy flux direction condition is equivalent to the Sommerfeld radiation condition. We have...