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This is attributed to higher laminar flame speed of hydrogen-air mixtures.
The results show that, for all experimental conditions tested, the local consumption speed varies between the unstretched laminar flame speed and 1.5 times the unstretched laminar flame speed.
The inadequacy of the detailed mechanism in predicting the experimental laminar flame speed is also demonstrated.
Laminar flame speed data and non-premixed extinction strain rates were obtained using the counterflow configuration.
Therefore, it can be directly used in spherical flame experiments measuring the laminar flame speed.
Five flames having different ratios of rms velocity, u′, to laminar flame speed, SL, are considered.
velocity 35 times the laminar flame speed, SL, resulting in the Damköhler number Da = 0.05.
The laminar flame speed sl is an important reference quantity for characterising and modelling combustion.
The laminar flame speed obtained in an n-butanol premixed laminar flame is also provided.
Numerous correlations for the macroscopic turbulent flame speed to the local laminar flame speed exist.
Laminar flame speed has traditionally been used for the partial validation of flame kinetics.
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