Sentence examples for resolving flow from inspiring English sources

Despite the critical importance of resolving flow at or near domain boundaries, boundary condition formulations are often implemented in an ad hoc fashion.

Numerical experiments on performance of the system in resolving flow patterns and solution convergence rate show that the SIFOM-FVCOM system works as intended, and its solutions compare reasonably with data obtained with measurements and other computational approaches.

We investigate the possibility of using nominally second-order-accurate techniques for resolving flow about solid boundaries as a means of improving accuracy and reducing grid resolution requirements in pore-scale simulations.

Whereas there has been considerable effort to develop new biomass gasification, combustion, pyrolysis and bio-conversion processes, relatively few authors have characterized the relevant flow characteristics of biomass particles in fluidized beds or investigated measures that could assist in resolving flow issues.

It is concluded that a proper combination of non-linear filter and dispersive numerical scheme is a viable alternative to dissipative schemes in resolving flows with sharp gradients and discontinuities.

Numerical models of fluid flows calculate the resolved flow at a given grid resolution.

In the under resolved flow computation, the new scheme presents much less numerical oscillation.

Numerical results show that the proposed hybrid central-WENO scheme can resolve flow features extremely well.

In this work, we employ node-centered FVs that combine their ability to resolve flow with the flexibility of FEs.

The combustion code, AVBP, solves the usual filtered Navier Stokes, mass fractions and energy balance equations on unstructured meshes while a second code takes advantage of the knowledge of resolved flow structures to automatically adjust the combustion model parameter from filtered resolved flow fields.

It is a two-step implicit explicit finite difference scheme and particularly designed to resolve flow details in the highly concentrated region at a mobile sand bed where vertical gradients of concentration and flow velocities are very large.