... to be reconsidered in two-phase flows. aerodynamics flow simulation force shapes (structures) 20 09 2007 21 08 2009 09 02 2011 09 02 2011 d distance separating the BOP from the tube axis (m) d ∗ distance between the mixer and the BOP (m) d...

... computational fluid dynamics corrosion electrochemistry failure (mechanical) film flow flow simulation microfluidics multiphase flow pipe flow pipes surface cracks turbulence wear corrosion dynamic simulation multiphase flow protective films modeling fluid-structure interaction...

... and available experimental measurements. The results were in excellent agreement. Therefore, the gaseous leak flow rates can be correctly predicted by using the proposed methodology. 11 07 2008 25 11 2008 02 09 2009 cracks flow simulation friction Mach number microchannel flow...

... are based on a flow simulation before applying the cross-flow oscillation. As it can be seen from this figure, the mean drag force coefficient is about 1.03, and the lift coefficient is about 0.61. As expected, the lift coefficient is higher than that reported in the experimental work because...

... method (FEM). ( 15 16 ) However, none of those studies ( 9 10 11 12 13 14 15 16 ) considered the fluid-structure interaction problems. beams (structures) finite element analysis flow simulation lattice Boltzmann methods shells (structures) structural engineering 25 10 2007...

... , “ Efficient Simulation of Incompressible Viscous Flows on Parallel Computers ,” Flow Simulation With High-Performance Computers II , Notes on Numerical Fluid Mechanics , Vol. 52 , Vieweg...

... and available analytical solutions for St = 5000 ( 25 ) 15 03 2005 19 10 2005 vibrations flowmeters flow simulation flow control Navier-Stokes equations pipes pistons turbines mesh generation computational fluid dynamics There are many different groups of flow...

... nonequilibrium flow flow visualisation two-phase flow nonequilibrium thermodynamics cryogenics flow simulation nitrogen cooling 25 03 2004 16 12 2004 Figure 8 shows the fluctuation of bubble radius ( R g ) as a function of the time at position E (as depicted in Fig...

... boundary layer turbulence computational fluid dynamics flow simulation flow instability pattern formation In many industrial configurations, mechanical structures such as PWR components are submitted to complex flows causing possible vibrations and damage, 2 3 4 5 6 7 , and as far...

... flow computational fluid dynamics vibrations damping boundary layer turbulence eigenvalues and eigenfunctions finite element analysis flow simulation Stirring processes have always played an important role in chemical industry and environmental technology. In more recent times...

... 23, 2001. Associate Editor: Y. W. Kwon. 06 November 2000 23 May 2001 bubbles turbulence flow simulation fluid dynamics Among various numerical methods for gas-liquid two-phase bubbly flows 1 , the averaging method based on a two-fluid model is the most widely used...