Sentence examples for vortex size from inspiring English sources

The dependence on the vortex size may be imitated by a power law ∝D2/3.

This can be attributed to likely variations in local thickness of the epitaxial Nb film at the lateral scale of vortex size [30].

While R did have positive correlations with vortex strength, vortex size, and self-cleaning performance, an R of 20.1% was sufficient to create uninterrupted vortex formations.

For the Newtonian fluid, a corner vortex is found upstream of the contraction and increasing flow inertia leads to a reduction of the vortex size.

Effects of these vortices on building structures depend on vortex size relative to building size, relative distance between vortex center and building location, terrain condition and swirl ratio.

The simulations are based on variations of the vortex size and strength with respect to a base case and in comparison with an unperturbed premixed flame kernel.

It was found that when the oscillation intensity is increased, the tangential motion of the flow increases faster than the increase in radial flow because the vortex sizes are bounded by the column diameter.

These were characterized before the actuation study, highlighting an interesting analogy between actuation frequency and jet vortex pair size.

The experimental data show the strong effect of the geometric swirl number on mean flow characteristics, in particular with respect to vortex core size and the magnitude of the maximum tangential velocity.

The emphasis is on determining the extent and shape of yielded/unyielded regions along with the vortex shape, size and intensity for planar and axisymmetric expansion flows for the whole range of Bingham numbers (0 ≤ Bn < ∞) and for a wide range of Reynolds numbers (0 ≤ Re ≤ 200).

The debris particle sizes of level 3 (hundreds of micrometers) correspond to the vortex mesostructure sizes.