Sentence examples for consistent turbulence from inspiring English sources

Instead, the dace overwhelmingly choose path directions that took them to locations with relatively consistent turbulence conditions, rather than to regions of lower or higher turbulence conditions.

In this work, we propose a consistent turbulence-modeling framework for hybrid LES/RANS modeling.

Moreover, the proposed technique is computationally effective and easily amendable for parallel computing making it useful for generating consistent inflow turbulence while adopting LES for wider wind engineering applications.

In particular, the 2D Leith and QG Leith simulations have more energy in resolved mesoscale eddies, have a spectral slope more consistent with turbulence theory (an inertial enstrophy or potential enstrophy cascade), have bottom drag and vertical viscosity as the primary sinks of energy instead of lateral friction, and have isoneutral parameterized mesoscale tracer transport.

This interval is consistent with turbulence in a disk of accreted matter surrounding a black hole the accretion disk.

In the model field we also include intermittent turbulence, consistent with observations.

Fluctuations are primarily transverse consistent with Alfvenic turbulence, and display a small difference with proximity to the expected whistler wake region.

With this arrangement we were able to generate a 1 1000 scale atmospheric boundary layer at Reθ∼106 displaying logarithmic mean velocity behavior, a constant stress region, and turbulence intensities consistent with atmospheric boundary layer measurements and high Reynolds number laboratory rough-wall boundary layers.

The results show that the local flame front response to turbulence is consistent with previous understanding of laminar premixed flames, in that rich premixed flames become intensified in regions of negative strain or curvature, while the opposite response is found for lean premixed flames.

The implementation of recommended inlet, outlet boundary conditions and turbulence model produced consistent results with 9% reduced computational effort.

The truncation error of the discretization is designed to function as a physically consistent subgrid-scale model for turbulence.