... of the energy density of wave relative to the frequency of the constituent wave, but the wave spectrum can only describe the wave surface at a fixed point, and cannot reflect the internal structure of the wave relative to the direction, nor can it describe the wave surface in a large area. Wave directional...

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... 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...

... with software. upstream oil & gas numerical simulation continuity equation internal solitary wave submarine wave surface contour map positive direction reservoir simulation suboff model free surface interaction motion feature isw suboff time 86 internal wave amplitude equation...

... interaction between structure and flow field. bottom panel numerical calculation wave surface subsea equipment poisson fluid-structure interaction boundary multiphase flow water domain stiffness algorithm fluid dynamics subsea system upstream oil & gas ale algorithm ocean engineering...

... the D2Q9 model with a mass source and a body force based the method by (Guo et al. 2002). The single-phase free surface model from (R rner et al., 2005) is used to deal with the wave surface. THE LATTICE BOLTZMANN METHOD The LBGK version of the Lattice Boltzmann equation (LBE) without a force is (Bhatnagar...

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... and referenced results. bridge foundation us government upstream oil & gas wave-current coupling force wave surface engineering wave current force reservoir simulation equation cylinder spectrum foundation wave-current maker numerical simulation pure wave simulation frequency boundary...

... , that the equilibrium position is origin, can generate a linear wave in a flume, and the wave surface is 0 1 cos( ) sin( )nk xp p n n A C kx t A C e t = = + (14) where, [ ] 0 2 cosh(2 ) 1 sinh(2 ) 2 kh C kh kh = + (15) [ ]2 cos(2 ) 1 sin(2 ) 2 n n n n k h C k h k h = + (16) where d is water depth, x...

... them are discussed (Folley et al, 2006; Martins et al, 2005). equation sustainable development water orifice orifice ocean energy dissipation rate social responsibility turbulence kinetic energy wave surface computational result air orifice numerical simulation computational...

... water management world coordinate brightness distribution camera parameter spatial distribution calibration target pixel camera coordinate camera image water surface matching point experiment wave surface stereo image yzy yyxzyx 11000 engineering procedure caliblation point...

... sand motion finite depth scarsi regular wave shield parameter sea state amplitude boundary layer upstream oil & gas regular spectral wave blondeaux regime wave surface Proceedings o f the Ninth (1999) International Offshore and Pohw Engineering Conference Blest, France, May 30-June 4...

... nonlinearity sea state tether analysis model amplitude correction artificial intelligence coefficient equation wave surface radiation wave elevation water level ringing contribution domain analysis tether force model test correspond superposition ABSTRACT The problem...