Sentence examples for dynamic flames from inspiring English sources

Dynamic flames are known to survive at strain rates that are much higher than those associated with steady-state flames.

Large eddy simulations of deflagrating flames are carried out using a dynamic flame wrinkling factor model.

The obtained results show the dynamic flame evolution phenomenon of the local flame regime (laminar – corrugated flamelet - thin reactions).

For Fr < 1.0, the rollup occurs closer to the burner port, resulting in flame-vortex interactions and a dynamic flame.

First, to validate a newly developed dynamic flame surface density (DFSD) model over a wide range of flow conditions.

The utility of the CEMA-based criterion for dynamic flame segmentation is first demonstrated using CEMA-based adaptive chemistry by applying different reduced chemistry to different flame zones.

Both the time-average and the dynamic flame structure, including flame height, peak temperature, and flicker frequency, are found to be influenced by chemical kinetics.

The combustor exhibits distinct acoustic response and dynamic flame shape (collectively referred to as "dynamic modes") depending on the operating conditions.

This paper presents a simple planar model for this process as a means to relate the dynamic flame growth to the resulting overpressure.

Results focus on the dynamic flame structure and flame-vortex interactions at different Froude numbers (Fr), the scaling of the flame flicker frequency, and the global comparison of experimental and computational results.

With further hypotheses (e.g., n-τ formulation), CCM can provide further information about some features of the dynamic flame response, such as the characteristic flame length related to convective time lag and, hence, to the phase of the FTF.