Sentence examples for dimensional flame from inspiring English sources

By analyzing the development of the three dimensional flame surface and unburned gas flow field, the formation of several flame structures observed experimentally are explained.

Several aspects of these two-dimensional flame cells are identified and are contrasted with the properties of one-dimensional flame balls and flat flames.

The two-dimensional flame fronts addressed may be either assisted or opposed by the flow.

However, additional work is needed, involving simpler, one-dimensional flame configurations to confirm this model.

Results of the one-dimensional convection-diffusion-reaction problem and the two-dimensional flame propagation demonstrate the validity of the data-assimilated CFD modeling system.

The first group was examined analytically using a one-dimensional flame model and solution of shock and expansion wave refraction.

Plausible results are obtained for the turbulent flame structure and flame speed for a stationary, statistically one-dimensional flame.

All the measurements are found to be in good agreement with a simplified one-dimensional flame model.

Computational results were obtained for a simple three-dimensional flame propagation test problem, and the relative importance of contributing terms in the modeled equation for flame surface density was assessed.

The flame length results show that lower-pressure engineering correlations, based on the Froude number and a non-dimensional flame length, also apply to releases up to 413 bar (6000 psi).

The axial profiles of temperature, OH, CH, and NO mole fractions are measured using laser-induced fluorescence and compared with one-dimensional flame calculations.