Yuki Minamoto (Energy)
Direct numerical simulation (DNS) of exhaust gas
recirculation (EGR)-type combustion operated in moderate and intense low-oxygen
dilution (Mild) combustion condition have been carried out to study the flame
structure and its physics. Simulated flame is then investigated from several
aspects to study the effect of dilution on the structure of this flame front.
The results suggest that the flame can be modelled with flamelet approaches,
although the contribution of flame-flame interaction to mean reaction rate
should be taken into account.
recirculation (EGR)-type combustion operated in moderate and intense low-oxygen
dilution (Mild) combustion condition have been carried out to study the flame
structure and its physics. Simulated flame is then investigated from several
aspects to study the effect of dilution on the structure of this flame front.
The results suggest that the flame can be modelled with flamelet approaches,
although the contribution of flame-flame interaction to mean reaction rate
should be taken into account.
