... of the trimaran equipped with and without a T-foil were investigated covering a range of regular oblique head waves with varying wave amplitudes. Both transfer functions and time histories of the computed motions were used for investigating the characteristics of roll and pitch coupled motion. Different kinds...

... the orbital velocity difference in different water depths. This creates a large drag body as it travels through a larger area of water. How to develop a wave glider with low drag and high propulsion is the research focus. frequency wave amplitude surface vehicle wave encounter frequency europe...

... mooring system dynamic analysis return period upstream oil & gas drillship water depth hull shear force amplitude environmental load software displacement environmental condition wave amplitude drillship hull stability gyration Proceedings of the Thirty-third (2023) International...

... wave surface horizontal force flow field upstream oil & gas internal solitary wave wave amplitude hydrodynamic influence factor internal wave amplitude equation suboff model submergence depth underwater vehicle hydrodynamic force internal wave surface velocity distribution...

... of a series of circles studied by Whalin (1971). The arrival time of wave crest, the wave amplitude and deformation, and the velocity of water particles are analyzed. It turns out that the 3D topography has a significant effect on the wave amplitude and deformation of solitary waves but no obvious influence...

... and analysed. The trapped harmonic wave amplitude is characterized by reflection coefficients and Fourier series coefficients, as well as the parameters of skewness and kurtosis. The results of reflection coefficients are found to agree well with the theoretical predictions. In addition, the linear and weakly...

... interaction of Very Large Floating Structures (VLFSs), where wave amplitude and structure deformation amplitude were of the order of structure height. For VFFSs, wave and structure deformation amplitude could be of the order of ten times the structures thickness. In this study, we explore the applicability...

... states that the radiated velocity potential, hence the radiated water waves, are proportional to the heave amplitude, and that away from the body the generated wave amplitude decays proportionally to the square root of the distance from the cylinder (also known as the geometric decay). Yeung (1981...

... earthquake tsunami amplitude tsunami hazard reservoir characterization tsunami hazard assessment tsunami wave guanghai bay maximum wave amplitude south china sea propagation wave amplitude manila trench Proceedings of the Thirty-first (2021) International Ocean and Polar Engineering Conference...

... radiation wave amplitude in the far field are calculated under various take into account the viscous damping in the fluid response by geometric conditions. Moreover, the ratio of radiation damping to the modifying the boundary conditions at the free surface in the gap or over viscous damping due to wall...

... amplitude renewable energy destructive interference location velocity component wave amplitude social responsibility wave frequency basin free surface elevation circular wave basin surface elevation sustainable development absorption side frequency experiment wave field wave condition...

... storage & offloading floating production storage and offloading numerical wave tank openfoam turbine solver mesh wave amplitude floater overset mesh steepness wave period motion response mesh solver interaction peak wave amplitude amplitude semi-submersible floater numerical result...

... into rigid modules connected with elastic beam elements (Lu et al. 2019) were also developed. However, most predictions are expressed within the scope of potential theory. subsea system digital image correlation application module wave amplitude displacement experiment amplitude wavelength...

... ABSTRACT In this paper, hydrodynamic performance of a two-dimensional deformation plate is numerically simulated to mimic fish's travelling wave by means of grid deformation technique. The influence of main parameters, such as wave length, linear wave amplitude and wave frequency...

...). 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...

... on the pipe pile is of vital significance in structural designs and safety assessments. ocean engineering peak frequency engineering variation pipe pile frequency drop rate wave bandwidth non-dimensional wave force wave amplitude wave frequency experiment upstream oil & gas interaction...

... parameters are analyzed and compared with the existing empirical relations. The energy dissipation during wave propagation is investigated. We find that the attenuation rate of amplitude and energy of ISWs decrease as η 0 increases, however, this trend tends to flatten as the internal wave amplitude...

... of solid drift ice in few hours (see, e.g., Collins et al, 2015). Broken ice is more mobile and has less insulating capacity for energy exchange between atmosphere and ocean. Wave amplitudes and lengths are most important characteristics influencing critical bending stresses in ice when it is destroyed...

... amplitude collision duration ultrasound sensor floe wave amplitude reflector displacement artificial intelligence attenuation restitution coefficient collision ice floe collision frequency sensor Laboratory Study of Ice Floes Collisions under Wave Action Hongtao Li and Raed Lubbad...

... wave flume perforated plate valizadeh reservoir surveillance reflection solitary wave production control experimental data wave height wave reflection wave amplitude An Analysis of Perforated Plate Breakwaters Alireza Valizadeh1,2, Ashkan Rafiee2, Vivek Francis1,3, Murray Rudman1...