Sentence examples for unresolved scale from inspiring English sources

The multiscale method arises from a decomposition of the scalar field into coarse (resolved) scale and fine (unresolved) scale.

As the potential contribution of unresolved scale advection to the large-scale SV is not negligible (Pais and Jault, 2008), this contribution to the computed non-advective and non-geostrophic SVs cannot be ruled out.

It is implied that advection on the unresolved scales may contribute to the non-advective SV.

In the former case, since there were no unresolved scales, no modeling was required, and in the latter case unresolved scales existed and required modeling.

We present a novel model for the effect of unresolved scales on the particles.

The LES procedure is based on a relaxation-term which models the dissipation of the smallest unresolved scales.

For the grid spacing used, the unresolved scales seem to have little influence on the calculated particle concentrations.

It is here shown how stochastic superparameterization (a multiscale method for subgridscale parameterization) can be used to provide estimates of the statistics of the unresolved scales.

The smallest unresolved scales of the flow, in which combustion occurs, are represented using the filtered probability density function method where the corresponding evolution equation is solved directly.

Gillet et al. (2009) introduce an exponential law fit to S l) (as opposed to the power law fit by Lesur et al. (2008)) for extraporating the time constant to the unresolved scales.

On the other hand, a large fraction of the energy is at unresolved scales where it piles up due to the bottleneck effect and an inertial range appears only at the highest resolutions (5123).