... social responsibility engineering air orifice free surface sustainability china government owc device equation numerical model ocean energy horizontal force water column asia government sustainable development fluctuation dynamic performance surface elevation investigation wave...

... 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...

... upstream oil & gas wave attenuation water depth relative water depth simulated maximum horizontal force modeling & simulation horizontal force flexible vegetation dynamic distribution density reservoir characterization wave height wave period characteristic wave velocity...

... boundary value problem equation of state wind energy elevation horizontal force body surface vertical cylinder artificial intelligence high-frequency wave load A Nonlinear Potential Flow Model for High-frequency Wave Loads and Ringing Response of Offshore Wind Turbines Yi Zhang and Bin Teng...

.... Then, the elastic modulus calculated by the empirical formula was assigned to ice elements. Thirdly, cohesive elements were inserted in ice bulk elements. Collision between ice sheet and a lighthouse was simulated in full scale. Failure process of the ice sheet and horizontal force on the lighthouse were analyzed...

... spudcans. The legs were fixed to the hull and had scaled flexural rigidity to ensure stress similitude between the model and prototype. A flexible connection was used between the loading device and platform model. The horizontal force and bending moments on the leg and inclination angle of the platform...

... the plate at four submerged depths are presented to understand the characteristics of the hydrodynamic loads. The horizontal force has a maximum uplifting force and a maximum downward force in the test cases. The variation of the vertical force and pitch moment depends on the different submergence depth...

.... Therefore, the relevant norms are no longer applicable. terrain water depth sensor experiment wave height wave pressure equation coefficient water level seawall engineering breakwater wave flume reef edge rubble-mound breakwater wave force horizontal force reef coral reef Study...

... interaction issues. A series of centrifuge tests at 200g was then carried out to verify the performance of the selected novel spudcan shape. spudcan shape horizontal force platform design engineering subsea system geoenvironmental engineering reinstallation resistance force vector centrifuge...

... as a result of hurricanes. input parameter water level runup cone water depth diameter cylinder gauge cylinder solitary wave experimental study impact force wave height flume amplitude horizontal force time series investigation interaction synolakis experiment Experimental study...

... trapezoid obstacle weather side numerical wave flume vertical force free surface elevation horizontal force time step interaction reservoir simulation seawall experimental data equation Numerical Simulation of Solitary Waves Interacting with a Trapezoid Obstacle on the Sloping Beach Rui YOU...

... horizontal force net base horizontal force square column upstream face particle inclination surface elevation tsunami force different location mitigation wall coastal structure Numerical modeling of tsunami-induced loading on coastal structures with a mitigation wall using smoothed particle...

... slender body possible movement leeward side pycnocline magnitude horizontal force ridge terrain Laboratory Measurement and Analysis of the Force Exerted by Internal Solitary Wave over a Ridge on a Submerged Slender Body Gang Wei,* Hui Du, Yongchui Zhang, Junnan Xu College of Meteorology...

... interaction fpso horizontal force floating production system hydrodynamic force equation single cylinder hydrodynamic force zhengke wang Effect of Wave Interaction among Multiple Floating Bodies on Hydrodynamic Forces Zhengke Wang, Guanghua He * , Zhigang Zhang, Chi Qi School of Naval Architecture...

.... In the experiment the cylinder was fixed in a steel and the steel bracket was bolted to the three component load cell which was fastened on the channel. In this experiment only horizontal force on the cylinder was measured because the load cell was installed vertically. Fig. 1 Experimental scene in the CWC...

... connected rigidly to a pier at the middle of the superstructure. flume experimental study bridge girder bridge deck reduction engineering experiment flexibility tsunami force horizontal force uplift force displacement load cell bearing inertia force configuration interaction...

..., in which the Catenary Theory was used to determine the lengths of underwater anchor chains, the maximum mooring line tension, and the locations and tensions of mooring points A and D given the following known variables: water depth, horizontal forces exerted on the floating body, maximum permissible...

... in calculation of offshore structure design. subsidiary conical entity boundary offshore structure reaction force cold offshore region ice floe ice cover cone upstream oil & gas horizontal force conical structure strength conical structure reaction force finite element analysis dynamic...

... by using the StarCCM+ is significantly underestimated compared to experimental and MLPG_R results. This implies that the StarCCM+ may underestimate the horizontal force on the structure which is obtained by integrating pressure over the surface mainly on the front side of the structure. This also suggests...

.... arc length vector nonlinear mechanical model equation element coordinate static analysis global coordinate horizontal force subsea system deformation configuration geometrical relationship stiffness matrix relative error finite element method mooring system axial strain assumption...