Abstract
Turbulent burning velocity of spherically propagating premixed flame continues increasing during flame propagation. The flame front area is considered to be the most dominant factor for turbulent burning velocity. In this study, fractal analysis was conducted for stoichiometric spherically propagating premixed turbulent H_2/CO/O_2/CO_2 flames. Variations of fractal characteristics, such as fractal dimension, inner-cutoff and outer-cutoff scales with flame radius were investigated. Then, the correlation between turbulent burning velocity and flame front area estimated by fractal analysis was investigated.
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