... asia government wave breaking velocimetry upstream oil & gas reservoir characterization velocity component experiment solitary wave water surface amplitude correlation coefficient investigation particle image velocimetry cavity artificial intelligence flow field information...

... resolution propeller radial position 0 visualization fluctuation cavitation loading condition average velocity component cavitation number sample image doppler velocimetry velocity component variation radial component cavity size inter-blade flow Proceedings of the Thirty-third (2023...

... and a water depth of 2 m. A velocity component perpendicular to the wave direction could be found numerically and experimentally, which is a key tool to understand and optimise the active wave absorption in a circular wave basin. Conducting long-crested regular wave simulation using the SPH model based...

... the propeller working. Comparisons among the different devices are discussed in terms of planar plots and of detailed radial and circumferential profiles of the velocity components. INTRODUCTION Energy saving devices are nowadays more and more popular in the shipbuilding community for their capability...

... assessment index accident artificial intelligence freight & logistics services tanker risk and uncertainty assessment risk assessment pollution crude oil velocity component operation upstream oil & gas sensitive resource oil spill level assessment index qinzhou port modeling...

... are the velocity components in the x, y and z directions; S is the magnitude of the discharge due to point sources; f is the Coriolis parameter; g is the gravity constant; is the density of water; , , ,xx xy yx yyS S S S are components of the radiation stress tensor; t is the vertical turbulent eddy viscosity...

... into the consequences from the drop and the extent of the damage. cog velocity component time-history stiffness drill riser string nominal riser system model kinetic energy seabed impact zone bop impact simulation top section upstream oil & gas velocity component riser drill riser riser joint...

... been numerically studied by Norberg (1992). He found the spanwise N-cell zone shortens with the increasing of the Reynolds number. frequency step junction vortex plane frequency peak cylinder vortex core sample point diameter ratio velocity component vertical velocity component step...

... and investigate their influence on the thrust, torque and vibration characteristics of the blade. upstream oil & gas rotation cycloidal propeller velocity component propeller blade boundary layer propeller radial flow ship marine cycloidal propeller deflection thickness circumferential...

... in the gap). Then, for larger separations, WG (wake in the gap) is observed. local centre-to-centre separation reservoir simulation centre-to-centre separation force coefficient convex part reynolds number velocity component boundary condition regime wake topology cylinder circular...

... conditions. propulsion ship sea state passenger transportation power gain coordinate system marine transportation fin velocity component matusiak relation thrust power resistance lifting line model ship motion politis propeller feasibility study thrust simulation irregular long...

... vehicle scm constellation phase error translational movement subsea system auv demonstration conventional system acoustic communication ber artificial intelligence velocity component multipath signal ofdm reservoir characterization configuration doppler shift basic experimental...

...) are the 3 Cartesian coordinates denoted from this point as the streamwise (x1), spanwise (x2) and wall-normal (x3) direc- tions of the numerical domain. Variables ui are the resolved velocity components in the corresponding directions, t is the time, p is the pres- sure and i j = uiu j uiu j...

... characterization pipe existence flow field velocity profile analysis velocity distribution vertical direction fluctuation submarine flexible pipe measuring point case 1 velocity component testing condition upstream oil & gas Velocity Profile Analysis around Submarine Flexible Pipes under...

... on a tanker scale model, λ = 16.5, has been performed at the selected speed of 14 knots. For all the studied conditions, the distribution of the mean velocity components, vorticity fields and statistical data have been calculated. vortex generator bare hull bh configuration tanker scale model...

... in the computation of the propeller is analyzed. efd stern tube starboard coefficient agreement propeller plane hub boundary condition experiment propeller-hull interaction series 60 reservoir simulation computation grid element theory velocity component propeller model propeller thrust...

... measurement gradient ship motion fluctuation field measurement velocity component Phase-Averaged SPIV Flow Field Measurement for Ballast Condition of KVLCC2 in Waves Keiske Akamatsu, Kim Ho, Hiroshi Okawa, Yasuyuki Toda Graduate School of Engineering, Osaka University. Suita city, Osaka, Japan...

... tip vortex distance baili zhang 1 dissipation propeller tip vortex velocity component vortice alexander wilson 2 CFD Modeling of Propeller Tip Vortex over Large Distances Baili Zhang1, Jing Lou1, Chang-Wei Kang1, Alexander Wilson2, Johan Lundberg3, Urban Svennberg3 and Rickard Bensow4 1Fluid...

... to be affected strongly by leeway. simulation trajectory panel show fishing vessel offshore region pacific research center velocity vector velocity component container experiment vector leeway effect surface ekman flow ocean current passage time climatology data north pacific canadian...

... computation equation hull history free decay test transverse section approximation grid midstream oil & gas viscous flow calculation oscillation boundary calculation velocity component liquified natural gas gas monetization amplitude upstream oil & gas coefficient...