Flow in the vicinity of a moving contact line : theoretical and numerical investigations

substantial investment savings in both time and money. First attempts on the numerical simulation of co- injection molding were mostly based on the thin wall, Hele-Shaw

The radial and velocity contours at this flow rate and for the two angular positions of the impeller are very similar for the numerical results and the PIV measurements, but with

Surface Force Apparatus (SFA) have been used to explore the hydrodynamic boundary condition and measure forces that play an important role in nanofluidics, such as van der Waals

In this paper, we propose to go further than earlier studies in the numerical simulation of the collapse of granular columns with the DP-model by studying the numerical convergence,

The present paper is devoted to additional detailed comparisons between experimental and numerical results on unsteady flow velocity fields inside the diffuser passage from

The radial and velocity contours at this flow rate and for the two angular positions of the impeller are very similar for the numerical results and the PIV measurements, but with

If the radius of the bubbles is not too smaIl and aIl velocities are small compared to the velocity of sound in the vapour, surface tension, viscosity and compressibility can

Overall, this study shows the benefits of numerical simulation in geometrical design of sealing systems targeting a given contact pressure at the rod/seal interface..