Vol.15, No.4, 2019, pp.445-458, doi:10.32604/fdmp.2019.07951
An Experimental Study on Fuel Combustion Under External Irradiance
  • Jianjun Liang1, Zhe Song2, Peili Zhang1, *
1 Chongqing Key Laboratory of Fire and explosion safety, Army Logistics University, Chongqing, 401311, China.
2 Chongqing Fire Safety Research & Service Co. Ltd., Chongqing, 401120, China.
* Corresponding Author: Peili Zhang. Email: zpl612323@163.com.
(This article belongs to this Special Issue: EFD and Heat Transfer)
In order to investigate the burning characteristics of a 0# diesel and 3# jet fuel, a small-scale experimental bench mainly composed of a cone calorimeter was arranged. The heat release and burning rates were investigated changing the external irradiance in order to clarify the triadic relationship among these quantities. The effective heat of combustion of 0# diesel and 3# jet fuel were 38.89 MJ/kg and 43.15 MJ/kg, respectively, with the corresponding combustion efficiencies being 96.78% and 99.60% (the effective peak heat of combustion being 1.665 times the mean value for both types of fuel). According to our experimental results, the heat release rate and burning rate of 0# diesel and 3# jet fuel both grow linearly with an increase in the external irradiance. Moreover, the heat release rate and burning rate of 3# jet fuel are greater than the equivalent values for the 0# diesel. The average smoke production rate of 0# diesel grows with an increase in the external irradiance, while for the 3# jet fuel it remains approximately the same. The specific extinction area of these two kinds of fuel shows a subtle decrease with the increase of external irradiance. The time to ignition of 3# jet fuel is smaller than 0# diesel for all the considered external irradiances, which indicates that 3# jet fuel is easier to ignite than the 0# diesel
External irradiance, heat release rate, burning rate, effective heat of combustion.
Cite This Article
Liang, J., Song, Z., Zhang, P. (2019). An Experimental Study on Fuel Combustion Under External Irradiance. FDMP-Fluid Dynamics & Materials Processing, 15(4), 445–458.
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