... mesh quadratic transfer function dnv liquified natural gas (lng) computation rae hyoung yuck convergence wave force wadam study mesh refinement refinement waterline mesh sensitivity vessel hyun-sung kim taeyoung kim Proceedings of the Thirty-fourth (2024) International Ocean...

... pipe displacement cloud platform netherlands government subsea wellhead load-bearing ring strength analysis calculation wave force well mouth constraint Proceedings of the Thirty-third (2023) International Ocean and Polar Engineering Conference Ottawa, Canada, June 19-23, 2023 Copyright ©...

... the units of the system and the shielding effect of wind, wave and current, the multi-floating body unit system is worth further study. lng hydrodynamic interaction wave excitation force wave force liquefied natural gas liquified natural gas frequency hydrodynamic interaction analysis...

... wind speed displacement wave force fatigue failure anemometer flange member force vane anemometer deviation vibration ultrasonic anemometer meteorological tower offshore meteorological tower soon-duck kwon mode shape wind energy vortex-induced vibration frequency sea level...

... upstream oil & gas wave force time step simulation engineering sub-sea system incident wave grid first-order component europe government free surface amplitude wavelength nonlinear method hydrodynamic behavior square method boundary condition pitch motion interaction mesh...

... japan government ship denote experimental data drift angle reservoir simulation asia government wave force container ship yaw rate upstream oil & gas steady wave force formula kvlcc1 tanker prediction method original method longitudinal force predicted steady wave force...

... of measurements on circular columns and square pontoons. Results show that the inertia coefficient decreases with KC number in power function, while the drag coefficient decreases with Re number in exponential function. KEY WORDS: oblique ISWs; wave forces; model test; inertia and drag coefficient. INTRODUCTION...

... containing sediments was about 1.2 g/cm 3 . Then, we conducted additional experiments in which tsunamis of different fluid densities using salt water were impacted on a seawall. The results showed that the tsunami wave height was smaller, and the wave force was larger under salt water with larger density...

... japan government future climate wave height breakwater asia government storm surge return period climate change extreme probability port facility future change nagoya port wave force probability offshore wave height external force simulation typhoon seawall hindcast...

... europe government reduction spain government force reduction wall configuration preliminary result configuration vertical breakwater experiment wave condition wave force wall position flushed wall wall retreat configuration global force reduction breakwater caisson trunk...

... on the seaward side of the breakwater are expected to reduce wave forces acting on the breakwater caisson. However, if these blocks settle for any reason, the wave forces acting on the caisson may increase, significantly affecting the stability of the breakwater (Takahashi (2000); Takayama (2007...

... ABSTRACT Taking the Huangmaohai bridge as background, the open source platform was used to establish the models for calculating the wave forces on the pile group foundation. The research results show that the wave period, water depth and forward flow all have a significant influence on wave...

... level, whereas the HWL is used constantly as the astronomical tide level in the conventional method. return period protection facility typhoon wave pressure external force astronomical tide level shore protection facility water level knowledge management wave force mean rate sea level...

... ABSTRACT Coastal bridges are constantly threatened by tsunami waves. In 2011, the tsunami occurred off Japan flooded the coastline and destroyed over 300 bridges. In order to better understand the failure mode of the bridge, wave forces and structural responses of a box girder bridge under...

... unit is referred to as the restricted type (S-type FU) and the conventional unit as the normal type (N-type FU) (Fig. 3). reservoir characterization rubble mound numerical model wave force particle wave attack experiment element method reservoir simulation deformation coefficient...

... sustainable development turbine fowt social responsibility subsea system sustainability wind energy simulation offshore wind turbine wind turbine platform module coefficient wave force jonkman foundation semi-submersible fowt european wind energy association displacement...

... ABSTRACT In this study, we aim to improve WECs’ performance for maximizing energy absorption through a sub-optimal method of phase control by latching is applied to the device.The forecasting of future wave force is required for the optimal control command deducted.An artificial neural network...

... TW (Drew et al., 2016). sustainable development condition 1 stress peak platform float arm constant-section float arm deflection stress distribution sustainability ocean energy wave force mpa wave energy converter social responsibility high-performance float arm horizontal...

... north america government wave force upstream oil & gas platform hull loading condition drilling platform subsea system wave impact force body surface wave direction deep water jack-up preloading rao wave impact load united states government operation critical sea state...

... is an important coastal structure to prevent waves. The design of coastal defences require the appropriate assessment of actions exerted by sea waves on the structure, such as wave force, run–up height, and current generated by waves. The wave forces can be characterized and quantified by physical and numerical...