... waves in interface (i.e., Internal waves; IWs) due to the different pressure variations. In the ocean, the IWs generation is induced by the interaction between flow and submerged topography (Hsu et. al., 2000); in the lake, the wind plays an important role on producing the surface pressure difference...

.... positive pitch angle wind velocity pitch angle different wind velocity variation tip-speed ratio darrieus-type turbine pitch variation rotation turbine torque coefficient renewable energy torque wind energy efficiency power coefficient hiraki coefficient darrieus turbine low-speed wind...

... force wave force numerical model water depth wave-induced force equation element method investigation numerical investigation velocity potential interaction submerged plate wave amplitude hobem variation horizontal force cylinder time series Numerical investigation of wave-current...

... pore pressure submarine pipeline boundary condition flow obliquity equation upstream oil & gas interaction liquefaction saturation pipeline engineering variation soil permeability artificial intelligence offshore pipeline water depth permeability 3D numerical model for fluid...

... midstream oil & gas anchor weight anchor dnv method strength pipeline geometry limit state equation offshore pipeline impact energy pipeline concentric ring reliability theory probability pipeline failure probability drop point material property variation failure probability...

... by the fluctuating lift. wire arrangement cylinder reservoir surveillance vortex rms strouhal number cylinder case hydrodynamic force diameter ratio reynolds number production control production monitoring coefficient variation shear parameter upstream oil & gas simulation plain cylinder...

... interaction kinematic pressure variation pressure difference vorticity numerical simulation upper layer plane obstacle cylinder spatiotemporal variation interface Numerical tudy on the 3D nteraction between an nternal olitary ave and ertical ylinder Chih-Min Hsieh 1 Ming-Hung Cheng 2...

... coefficient shed insights on the mechanism of energy dissipation. Semi-analytical results with calibrated damping coefficient are presented and good agreements with experimental data are obtained. body draft narrow gap fluid resonance potential flow model resonant wave height variation laboratory...

... that tidal asymmetry has a profound effect on geomorphology. harmonic analysis yangtze estuary cross-section area constituent tidal asymmetry amplitude parameter variation period 1993 2008 deformation coefficient lianxinggang station zhang qinglonggang station geomorphology tide north...

... turbine heave motion turbine incident wave subsea system variation tlp sustainability wind speed surge renewable energy foundation semi heave fowt wind energy coefficient Dynamic Response Analysis for Floating Offshore Wind Turbine Structures Zhenya Liu1, Min Zhang1*, Bin Wang2...

..., water depth variation and scour-and-fill feature of Hechangzhou Braided Channel were analyzed. The evolution mechanism was also concerned through the points of incoming water & sediment conditions and geologic-geomorphic feature of Hechangzhou Channel. Finally, some suggestions were provided...

... speed of 50-year return periods is 3.2% higher than the stationary one in the NWP. As a result, it is proposed that the non-stationary effects of long-term variation in atmospheric general circulation should be considered in the offshore engineering standard or criterion revision. KEY WORDS: Marine...

... results show that the vertical fluxes predicted by Eqs. (18) and (21) are really the same. Fig. 2a shows the variations of CR, and CF versus k0d at B/d = 1.0, b/d = 0.5, a/d = 0.3, /d = 0.05, = 0.3, f = 4.5 and s = 1.0. Fig. 2b gives the corresponding results without the perforated front wall, where...

... ABSTRACT: This study presents the result of investigation of gap effect in slamming experiment. The transverse gap, longitudinal gap, and vertical air gap effects were investigated. The pressure at the center was measured to estimate the variation of pressures. It was found that the smaller...

.... coefficient reservoir surveillance outlet temperature production control inlet cold water temperature operation condenser flow rate ammonia water mixture production monitoring industrial gases ocean energy turbine inlet condenser inlet evaporator water temperature power spectrum variation...

... parameters of uncertainties such as the significant wave height and the maximum acceleration of seismic motion. equation variation coefficient wind energy production offshore platform upstream oil & gas reservoir characterization seismic force seismic motion evaluation response...

... inertia coefficient heave response triangular tlp configuration square tlp cylinder tlp water depth hydrodynamic coefficient vertical cylinder variation coefficient surge response sea bed nonlinear variation engineering wave directionality equivalent triangular tlp Influence...

... into duct. wave energy device heave amp duct nondimensional hong reaction force orifice diameter spring coefficient frequency amplitude coefficient heave amplitude diameter equation variation spring force orifice dia upstream oil & gas Study of Oscillatory Pneumatic Damping...

... to clarify the probability features of the strength. truskov ice temperature drift ice eastern coast saeki okhotsk coast strength sakhalin brine uniaxial compressive strength variation coefficient saroma lagoon sea ice salinity compressive strength hokkaido formula ice strength...

... that freeze-thaw coefficient (kmrz) describes qualitative variations in concrete system by way of quantity. Thus we may measure constructive/destructive processes at kinetic destruction of investigated material. It is suggested to implement method of Maximum Permissible Strains (MPS) by designed computerized...