Investigating the laminar burning velocity of 2-methylfuran

Luo Zhongyang, Francis Oppong, Hanyu Wang, Xiaolu Li, Cangsu Xu, Chongming Wang

Research output: Contribution to journalArticle

2 Citations (Scopus)

Abstract

The laminar burning velocity of 2-methylfuran was investigated using the constant volume method (CVM) at high initial pressure and temperature conditions. The so-called, linear x(p) approximation and a non-linear analytical x(p) relation were used to study the laminar burning velocities of 2-methylfuran fuel. The CVM results were compared to the constant pressure method (CPM) data and numerical results. The CVM and CPM results showed a consistent trend. A percentage deviation of between −8.9% and 8.2% as well as −6% and 8% were observed at initial pressures of 1 and 2 bar when the CVM results were compared to the CPM data while the difference was between −12% and 6% at 4 bar. The numerical results predicted higher laminar burning velocities at all initial conditions when compared to the CVM results. Laminar burning velocity correlations have been obtained from the combined experimental data as a function of the various unburned mixture pressures and temperatures at equivalence ratios of 0.7–1.4. Laminar burning velocities at high unburned mixture temperature and pressure measurement up to 421 K and 8 bar can be obtained from the few experimental data using the correlation in this study.
Original languageEnglish
Pages (from-to)1469-1480
Number of pages12
JournalFuel
Volume234
Early online date13 Aug 2018
DOIs
Publication statusPublished - 15 Dec 2018

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Pressure measurement
Temperature measurement
2-methylfuran
Temperature

Keywords

  • 2-methylfuran
  • Biofuel
  • Constant pressure method
  • Constant volume method
  • Laminar burning velocity

Cite this

Zhongyang, L., Oppong, F., Wang, H., Li, X., Xu, C., & Wang, C. (2018). Investigating the laminar burning velocity of 2-methylfuran. Fuel, 234, 1469-1480. https://doi.org/10.1016/j.fuel.2018.07.005

Investigating the laminar burning velocity of 2-methylfuran. / Zhongyang, Luo; Oppong, Francis; Wang, Hanyu; Li, Xiaolu; Xu, Cangsu; Wang, Chongming.

In: Fuel, Vol. 234, 15.12.2018, p. 1469-1480.

Research output: Contribution to journalArticle

Zhongyang, L, Oppong, F, Wang, H, Li, X, Xu, C & Wang, C 2018, 'Investigating the laminar burning velocity of 2-methylfuran' Fuel, vol. 234, pp. 1469-1480. https://doi.org/10.1016/j.fuel.2018.07.005
Zhongyang, Luo ; Oppong, Francis ; Wang, Hanyu ; Li, Xiaolu ; Xu, Cangsu ; Wang, Chongming. / Investigating the laminar burning velocity of 2-methylfuran. In: Fuel. 2018 ; Vol. 234. pp. 1469-1480.
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abstract = "The laminar burning velocity of 2-methylfuran was investigated using the constant volume method (CVM) at high initial pressure and temperature conditions. The so-called, linear x(p) approximation and a non-linear analytical x(p) relation were used to study the laminar burning velocities of 2-methylfuran fuel. The CVM results were compared to the constant pressure method (CPM) data and numerical results. The CVM and CPM results showed a consistent trend. A percentage deviation of between −8.9{\%} and 8.2{\%} as well as −6{\%} and 8{\%} were observed at initial pressures of 1 and 2 bar when the CVM results were compared to the CPM data while the difference was between −12{\%} and 6{\%} at 4 bar. The numerical results predicted higher laminar burning velocities at all initial conditions when compared to the CVM results. Laminar burning velocity correlations have been obtained from the combined experimental data as a function of the various unburned mixture pressures and temperatures at equivalence ratios of 0.7–1.4. Laminar burning velocities at high unburned mixture temperature and pressure measurement up to 421 K and 8 bar can be obtained from the few experimental data using the correlation in this study.",
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N2 - The laminar burning velocity of 2-methylfuran was investigated using the constant volume method (CVM) at high initial pressure and temperature conditions. The so-called, linear x(p) approximation and a non-linear analytical x(p) relation were used to study the laminar burning velocities of 2-methylfuran fuel. The CVM results were compared to the constant pressure method (CPM) data and numerical results. The CVM and CPM results showed a consistent trend. A percentage deviation of between −8.9% and 8.2% as well as −6% and 8% were observed at initial pressures of 1 and 2 bar when the CVM results were compared to the CPM data while the difference was between −12% and 6% at 4 bar. The numerical results predicted higher laminar burning velocities at all initial conditions when compared to the CVM results. Laminar burning velocity correlations have been obtained from the combined experimental data as a function of the various unburned mixture pressures and temperatures at equivalence ratios of 0.7–1.4. Laminar burning velocities at high unburned mixture temperature and pressure measurement up to 421 K and 8 bar can be obtained from the few experimental data using the correlation in this study.

AB - The laminar burning velocity of 2-methylfuran was investigated using the constant volume method (CVM) at high initial pressure and temperature conditions. The so-called, linear x(p) approximation and a non-linear analytical x(p) relation were used to study the laminar burning velocities of 2-methylfuran fuel. The CVM results were compared to the constant pressure method (CPM) data and numerical results. The CVM and CPM results showed a consistent trend. A percentage deviation of between −8.9% and 8.2% as well as −6% and 8% were observed at initial pressures of 1 and 2 bar when the CVM results were compared to the CPM data while the difference was between −12% and 6% at 4 bar. The numerical results predicted higher laminar burning velocities at all initial conditions when compared to the CVM results. Laminar burning velocity correlations have been obtained from the combined experimental data as a function of the various unburned mixture pressures and temperatures at equivalence ratios of 0.7–1.4. Laminar burning velocities at high unburned mixture temperature and pressure measurement up to 421 K and 8 bar can be obtained from the few experimental data using the correlation in this study.

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