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Journal ArticleDOI
01 Jan 2002
19 Citations
Since most combustion studies can be useful for the promotion of safety with respect to combustion-induced disasters.
It may be thought to offer enhanced combustion stability when compared to the lean premixed combustion systems.
Thus, although the detailed flame structure of rapidly mixed combustion is different from that of premixed combustion, the rapidly mixed combustion is very safe because flame flashback will not occur, and it has the potential for reducing NO x emission by controlling the flame structure through the mixing rate.
These comparisons are very good suggesting that the unstrained flamelet SGS closure works well for multi-regime combustion.
The prospect of using a flamelet-based combustion model is encouraging.
This process offers higher temperature combustion and results in complete combustion of heavier molecules of neat paradise tree oil within shorter duration.
Results indicate that co-combustion of HOFA and MSS is better than mono-combustion.
The present data indicate that the particles emitted from incomplete combustion are toxicologically more potent than those emitted from more complete combustion processes.
Overall, the model shows good agreement with experimental data regarding both, low and high temperature combustion characteristics.