Sentence examples for turbulent consumption from inspiring English sources

This paper describes measurements of global turbulent consumption speeds, ST,GC, of hydrogen/carbon monoxide (H2/CO) mixtures.

A new definition of turbulent consumption speed is proposed in this work that is based on the heat release rate integral, rather than the mass burning rate integral.

The procedure serves the purpose of obtaining values of a turbulent flame speed, namely the local turbulent consumption speed SLC, as a function of the position along the bunsen flame.

Experimental determination of the local turbulent displacement speed, SD, and the local turbulent consumption speed, SC, is also demonstrated with the particle image velocimetry technique in three turbulent premixed stagnation flames.

Both the turbulent displacement and consumption velocities were found to have linear dependencies on u′/SL for values up to u′/SL ∼7.3.

Here the turbulent flame speed (local consumption speed) is doubled.

Results show that different structural parameters have significant impacts on compressible turbulent flow and energy consumption performance in MSHPRV.

Thus, numerical models with different valve openings, perforated plate diameters, chamfer radii of perforated plates, pressure ratios and stages of perforated plates are established, and the effects of these structural parameters on the compressible turbulent flow and energy consumption of MSHPRV are investigated.

Flame surface density, local consumption speed, and turbulent burning velocity of turbulent premixed V-shaped flames were investigated experimentally.

Improved understanding of turbulent flames characterized by negative consumption speed-based Markstein lengths is necessary to develop better models for turbulent lean combustion of high hydrogen content fuels.

Direct numerical simulation (DNS) with complex chemistry was used to study statistics of displacement and consumption speeds in turbulent lean premixed methane air flames.