2016The Proceedings of the Thermal Engineering ConferenceOpen access

Fundamental combustion characteristics of lifted flames in high-temperature oxygen combustion condition

Takayuki Monobe, Susumu Hasegawa, Takuya Tezuka, Hisashi Nakamura, Kaoru Maruta

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Abstract

Fundamental combustion characteristics of lifted flames at high-temperature oxygen combustion conditions were investigated experimentally and numerically. Two types of the flame structures for lifted flames were identified by experimental flame images captured by a still camera with a CH band-pass filter as well as computations. One could be classified to be a tribrachial lifted flame, and the other could be classified to be mild combustion. In 2-D computations, the reaction zone was formed beyond the stoichiometric line at mild combustion conditions.

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Fundamental combustion characteristics of lifted flames at high-temperature oxygen combustion conditions were investigated experimentally and numerically. Two types of the flame structures for lifted flames were identified by experimental flame images captured by a still camera with a CH band-pass filter as well as computations. One could be classified to be a tribrachial lifted flame, and the other could be classified to be mild combustion. In 2-D computations, the reaction zone was formed beyond the stoichiometric line at mild combustion conditions.

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Available abstract

Fundamental combustion characteristics of lifted flames at high-temperature oxygen combustion conditions were investigated experimentally and numerically. Two types of the flame structures for lifted flames were identified by experimental flame images captured by a still camera with a CH band-pass filter as well as computations. One could be classified to be a tribrachial lifted flame, and the other could be classified to be mild combustion. In 2-D computations, the reaction zone was formed beyond the stoichiometric line at mild combustion conditions.

Key concepts: Combustion, Adiabatic flame temperature, Stoichiometry, Oxygen, Computation, Diffusion flame, Materials science, Premixed flame

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