... liquid particle simulation transportation characteristic particle particle cluster characteristic particle number density solid particle formula horizontal pipeline solid particle cluster upstream oil & gas pipeline time step drag force velocity distribution interaction Proceedings...

... could be very violent due to the presence of the ice cover in the river. flow pattern simulation free surface jin dam-break wave dam-break flow pressure variation particle semi-implicit method wave propagation upstream oil & gas gotoh particle particle number density water body...

... parts is about 1.5 and 10, respectively. Gou et al. (2016) used GPU accelerated MPS to simulate the isothermal multi-phase fuel-coolant interaction. artificial intelligence gpu solver solver mp method simulation particle particle number density water layer equation calculation dam...

... height. At the same time, the impact pressure decreases with increasing the baffle height. engineering numerical simulation mp method artificial intelligence reservoir simulation rectangular tank fluid dynamics free surface baffle tank particle number density impact pressure baffled...

... pressure magnitude particle correspond particle number density multiphase mp ciec scheme negative pressure gotoh reservoir simulation A Multi-Phase Compressible-Incompressible Particle Method for Water Slamming Abbas Khayyer, Hitoshi Gotoh Department of Civil and Earth Resources Engineering...

... was applied to actual operations in shipyards. goliath crane reservoir simulation particle number density subsea system upstream oil & gas equation dynamic analysis crane multibody system dynamic multibody system kernel particle semi-implicit method particle heavy load lifting...

... field shows that the baffle height has significant effects on the sloshing flows. The impact pressure decreases with increasing of the baffle height. baffle gas monetization baffle height zhang impact pressure particle number density particle method particle equation processor...

... algorithm cpu time particle number density high-resolution particle numerical method engineering calculation fine particle mp method upstream oil & gas Overlapping MPS Method for 2D Free Surface Flows Zhenyuan Tang, Yuxing Zhang, Haizhou Li, Decheng Wan State Key laboratory of Ocean...

... ( ) (| | j i i j i j i j i j i D W n r r r rr r (5) where: is an arbitrary scalar function, D is the number of space dimensions, 0n is the constant particle number density. Based on Eq. 5, pressure gradient can be calculated as: 0 2 ( ) (| | j i i j i j i j i j i P PDP W n r r r...

... boundary condition mp method simulation tank particle particle number density subsea system artificial intelligence Dynamic Coupling between Ship Motion and Three-layer-liquid Separator by Using MPS (Moving Particle Simulation) Kyung sung Kim and Moo Hyun Kim Dept. of Civil Engineering, Texas...

... of these gradient vectors: 20 j i j i j ii i j j i d r r w r r n r r (16) where d is the number of space dimensions and 0n is the particle number density fixed for incompressibility of the initial condition of particle arrangement. The particle number density...

... method, some improvements are employed in the present study, such as (1) nonsingular kernel function; (2) mixed source term for PPE, which combines the divergence free condition and particle number density; (3) an accurate surface detection method which is based on the asymmetry of arrangement...

..., coalescence of fluids with free surfaces and the rigid-fluid interactions. aft point equation particle number density displacement water entry axial direction component normal direction negative acceleration time history lifeboat direction component mp method free-fall lifeboat normal...

... by Koshizuka, the following form is commonly used: 0 0 0 1 for ( ) 0 for r r r w r r r r > (13) Here 0r is the cut-off radius which is constant and related to the influence area in the particle interaction model. The particle number density is defined as 0( ) N i ij j i n w r n = (14) which must...

... using the Moving Particle Semi-implicit (MPS) method, which was proposed by Koshizuka et al. (1996) for incompressible flow. In the method, Lagrangian moving particles are used for solving flow field instead of Eulerian approach using grid system. particle number density upstream oil & gas...

.... The essential reason of these troubles is the existence of the grids. calculation numerical analysis simultaneous linear equation rigid body water behavior particle interaction number density quaternion particle number density ship motion koshizuka dimension mp method particle method...