..., and, and as stated above, is normally higher when q is small, and becomes closer to 1 for high values of q. discharge water surface coastal engineering crest upstream oil & gas experiment cfd analysis boundary condition seawall wind velocity wind effect quantify engineering proceedings...

... artificial intelligence ship motion prediction wind velocity wind angle machine learning manoeuvre performance evaluation prediction reservoir simulation motion prediction model uncertainty ship model accurate ship motion prediction zigzag surge velocity trajectory different...

... of the experimental results. First, we considered the minimum wind velocity of the generator blades of a floating offshore wind turbine as the standard. We obtained the minimum wind speed at the outlet of the wind rectifier through the computational fluid dynamics (CFD) method and then calculated the number of axial...

... if these force components are small, their effect on the dynamic response can be significant. wind energy sustainability wind velocity subsea system social responsibility mooring system renewable energy simulation natural frequency nonlinear wave model regular wave amplitude tlpwt frequency...

... of 1:400, including mesh types, mesh independence, turbulence models as well as impact of different wind profiles. The simulations are carried out at the wind velocity of 10m/s, for all wind headings between 0 to 360 degrees with a step of 10 degrees. The calculated wind loads agree well with numerical...

... wave height high pressure current velocity wind velocity fluctuation ishikari-hama beach A Study on Wind Driven Current and Nearshore Current at Ishikari-Hama Beach Naoyuki Inukai1 and Keita Shinada2 1Department of Civil and Environmental Engineering, Nagaoka University of Technology Nagaoka...

... drilling equipment wind velocity water depth subsea system cylindrical shape sustainable development ABSTRACT This paper deals with conceptual engineering solutions for floating wind power plant designed to supply electrical power to Russian Arctic coastal and island territory. Layout of a sea...

... Matrix Adaptation Evolutionary Strategies (CMA-ES) are chosen as the the methods for the optimization. R(radius), B(blade number) and β(radius/half-height) of the VAWT are shape variables to be investigated under certain inlet wind velocities and the objective function is the result from the DMST script...

...) PC box girder bridge. The train safety indices are simulated in time domain considering variations of wind velocities and without or with different barrier structures. The barrier with better performance is therefore recommended based on the numerical results. INTRODUCTION With the construction...

... artificial intelligence roughtness kw wind velocity reservoir simulation coefficient marine transportation resistance coefficient cfd ship air resistance wind profile wind load coefficient inlet upstream oil & gas data set resistance jip data roughtness 0 fujiwara air...

.... The results proved that the simulation program can exactly show the true state of the bridge. The wind velocity has great influence on the maximum deflection of the long-span cable-stayed bridge. INTRODUCTION With the rapid development of economy and techniques, and to meet the community needs for safe...

... on the cylinder is computed from the output of the kinematics and the FNV force model. The wind forcing term is modelled by means of Jeffrey's sheltering mechanism. Wave field and wave-induced loads are compared for different wind velocities and configurations of a focused wave. The presence of wind above a steep...

... extreme sea condition thrust aerodynamic load offshore projects planning and execution mooring system motion response comparison result subsea system wind velocity dynamic response wind turbine wave height renewable energy wind energy mean value actuator line model equation sustainable...

... out the effects of wind and current loads to the fatigue damage of FDPSO mooring line which is multi-section catenary. simulation mean tension correction fatigue analysis wind velocity hull wind load tension response mooring system upstream oil & gas subsea system current...

... by the observation data and by the prediction model. drag coefficient comprehend wind velocity artificial intelligence flow mechanism rainy season wind blow spatial reasoning tidal current field survey objective analysis data topography time change wind direction simulation water level...

... axial direction quasi-steady bem theory tangential direction hydrodynamic term platform design renewable energy laboratory wind turbine assumption offshore wind turbine jonkman formula wind velocity offshore projects planning and execution aerodynamic performance subsea system...

... ship seawater particle relative wind velocity seawater spray ice accumulation nozzle correlation analysis particle size distribution icebreaker shirase spray size distribution bow deck spc field observation ve115-31 nozzle size distribution wind velocity ve115-59 nozzle...

... and pitch coupled dynamical response under the stochastic environment condition. Wind velocity and wave surface elevation are obtained by the method of superposition of harmonic in the time domain. Different conditions of wind velocity are calculated using the Runge-Kutta numerical iterative algorithm...

...-pile-cap foundation reservoir characterization wind farm donghai bridge windfarm inclination reservoir geomechanics high-rise-pile-cap foundation inclination angle compressive stress offshore wind turbine subsea system platform design typhoon yifeng lin 2 wind velocity tower inclination...

... interaction jonkman simulation show carrica wind turbine simulation wind velocity suction side interaction thrust loss turbine bti effect configuration platform design grid shaft thrust subsea system azimuth renewable energy tnp simulation offshore projects planning and execution...