The numerical predictions of the hydroelasticity floating bodies with and without forward speed are presented using a direct time domain approximation. Boundary-Integral Equation Method (BIEM) three-dimensional transient free surface Green function Neumman-Kelvin approximation is used for solution hydrodynamic part solved as impulsive velocity potential whilst Euler-Bernoulli beam approach stru...

The application of transient three-dimensional numerical code ITU-WAVE is presented for the prediction hydrodynamic characteristics floating bodies. time histories unsteady motions are directly with respect to Impulse Response Functions (IRFs). First-order steady forces wave-resistance, sinkage force and trim moment solved as steady-state limit surge radiation IRF. second-order mean using near-...