Sentence examples for flow structures such as from inspiring English sources

We also explore the extent to which the physical baffles may be replaced by flow structures (such as periodic islands).

Similarly, in supercritical flow structures, such as open channel chutes, determination of stilling basin invert elevation is very important.

Results show that flow structures such as supersonic boundary layer, separation flow, shock waves, Mach disk and slip lines could be revealed distinctly by NPLS.

Engine coherent flow structures such as swirl and tumble motions are key factors for the combustion process due to their capability to rise turbulence levels and enhance mixing which, in turns, severely influence both fuel efficiency and pollutant emissions.

In the top sections for both configurations, the dynamic field shows flow structures such as a pair of quasi-symmetric counter-rotating vortices while at the bottom sections the flow behavior depends on the geometry.

Some new features of the complicated flow structures, such as the breakdown of the tip leakage vortex, the formation of the compound corner vortex at the rotor suction tip corner, the interactions between the hub stall and the tip separation and the rotor wakes, and the evolutions of the tip corner anti-rotating streamwise vortices inside the stator passage, are revealed.

Typical gravity fluid flow sedimentary structures such as convolute bedding, load structure, graded bedding, slump, fining upward grading, and erosional basal surface could be observed under the core description and FMI image interpretation.

Tidal-creek fragmentation represents one of the most widespread human-caused environmental impacts in nearshore waters of the Bahamas (e.g., over 80% of tidal creeks are fragmented on Andros Island; Layman et al. 2004) and is generally caused by roads constructed across tidal creeks without proper flow conveyance structures such as culverts or bridges (Fig. 1).

These road blockages often lack flow-conveyance structures, such as bridges or culverts, resulting in disruption of hydrologic connectivity.

In this paper, we propose a computational fluid structure interaction (FSI) framework for the simulations of the interaction between free-surface flow and floating structures, such as offshore wind turbines.

The dependence of flow behaviour on particle particle and particle wall sliding and rolling frictions is quantified and the results are used to establish the spatial and statistical distributions of microdynamic variables related to flow and force structures such as velocity, porosity, coordination number, particle particle and particle wall interaction forces.