EXPERIMENTAL AND THEORETICAL ANALYSIS OF FLAME SPREAD AND TEMPERATURE IN A POOL FIRE-WITH NANOPARTICLE EFFECTS

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NAJAFI ARASH; ZARIN GHALAM MOGHADAM A.A.S.

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Journal: FUEL AND COMBUSTION Year:2009 | Volume:2 | Issue:1 Page(s): 15-23

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Information Journal Paper

Title

EXPERIMENTAL AND THEORETICAL ANALYSIS OF FLAME SPREAD AND TEMPERATURE IN A POOL FIRE-WITH NANOPARTICLE EFFECTS

Author(s)

NAJAFI ARASH | ZARIN GHALAM MOGHADAM A.A.S. | Issue Writer Certificate

Keywords

FLAME TEMPERATUREQ2

POOL FIREQ2

FLAME SPREADQ3

ENGULFED IN FIREQ3

NANOPARTICLESQ2

Abstract

In this article, results of FLAME TEMPERATURE measurements of a fire engulfed object are presented. The effects of nano particles at the time of FLAME SPREAD, as well as the effect of such parameters as POOL FIRE dimension, height from fuel surface, and fuel type on FLAME TEMPERATURE are investigated. Multi-walled Carbon nanotubes were used as nano particles, and Kerosene as well as diesel oil were used as fuels. The results show that pool dimension is the most effective parameter for FLAME TEMPERATURE rise. They also indicated that, altogether, presence of MWNT reduces FLAME TEMPERATURE by 10-20%, while it increases the FLAME SPREAD time of kerosene by 15-30% and that of diesel oil by 6-26%.

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APA: Copy

NAJAFI, ARASH, & ZARIN GHALAM MOGHADAM, A.A.S.. (2009). EXPERIMENTAL AND THEORETICAL ANALYSIS OF FLAME SPREAD AND TEMPERATURE IN A POOL FIRE-WITH NANOPARTICLE EFFECTS. FUEL AND COMBUSTION, 2(1), 15-23. SID. https://sid.ir/paper/138586/en

Vancouver: Copy

NAJAFI ARASH, ZARIN GHALAM MOGHADAM A.A.S.. EXPERIMENTAL AND THEORETICAL ANALYSIS OF FLAME SPREAD AND TEMPERATURE IN A POOL FIRE-WITH NANOPARTICLE EFFECTS. FUEL AND COMBUSTION[Internet]. 2009;2(1):15-23. Available from: https://sid.ir/paper/138586/en

IEEE: Copy

ARASH NAJAFI, and A.A.S. ZARIN GHALAM MOGHADAM, “EXPERIMENTAL AND THEORETICAL ANALYSIS OF FLAME SPREAD AND TEMPERATURE IN A POOL FIRE-WITH NANOPARTICLE EFFECTS,” FUEL AND COMBUSTION, vol. 2, no. 1, pp. 15–23, 2009, [Online]. Available: https://sid.ir/paper/138586/en

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