Sentence examples for behavior of the flame from inspiring English sources

The LES model describes the overall behavior of the flame successfully.

In this process, the flame shape and the dynamic behavior of the flame were changed.

However, the heat loss towards the burner has a significant influence on the behavior of the flame when the flow velocity is acoustically disturbed.

Within the context of a diffusive-thermal model, we describe numerically the steady and unsteady behavior of the flame.

On the other hand, there was no significant difference in three PJs in the behavior of the flame in the case of downstream fuel injection.

Additionally, the near wall behavior of the flame consumption speed is analyzed and compared with that of a freely propagating laminar flame.

Stabilization and extinction behavior of the flames at normal gravity are compared with those in zero gravity.

The oscillating behaviors of the flame front show that the electric field drives the movement of the flame cusp with a large stretch rate.

For both acoustic-pressure and acoustic-velocity response, differential diffusion effects are shown to promote the fluctuations of the flame location and reactant consumption rates (while in the pressure response, distinct behaviors of the flame temperature were observed depending on stoichiometry).

The results of this work provide important information about the swelling and ignition behaviors of the flame-retardant cable under a real fire, and may guide the design of future fire-safety cable.

The model captures the transient behavior of the experimental flame.