Sentence examples for the coherent flow from inspiring English sources

A functional model is designed to mimic the coherent flow in the streaks.

Then the flat velocity profile of the coherent flow is realized, as is demonstrated for two limit cases: short correlated in time pumping and static pumping.

The measured surface pressure spectra beneath the coherent flow structures formed behind the vortex generators were found to be similar to those behind uniform fences at high frequencies.

The coherent flow structures, the flame surface area as well as the power spectra density of velocities are also analysed and compared.

Also, the effects of vegetation on turbulence statistics, such as high intensity due to the coherent flow structures at the top of the vegetation and reduction of turbulence inside the vegetation, are clarified.

We quantify the mixing properties of both flow components and demonstrate that efficient mixing of scalars is triggered by the coherent flow, while the influence of the incoherent flow on the mixing corresponds to pure diffusion.

The reference comparison with LES and URANS displays the differences between the methods in the complex interaction between the resolved and the modeled coherent flow scales.

The velocity measured by a computer-automated laser-Doppler anemometer and the pressure recording by wall-mounted acoustic sensors for a selection of operating conditions reveal a variety of patterns of the flow and vortex structures, with clearly identifiable regimes with the maximum coherent flow pulsations at non-optimal operating conditions.

The experimentally gained velocity fields provides information on the organization of coherent flow structures, which play a role in the wall shear rate and the mass transfer phenomenon at the impinged wall.

The aim is to assess the applicability of the present DVM-APE method to the problems where sound is generated by the large-scale coherent flow structures.

Using spheres and disks and a simplified plug instability as a surrogate for the variety of coherent flow structures, we find that density, velocity, and granular temperature gradients, and possibly, initiation of vorticity, influence the onset and nature of segregation.