Stability of a Confined Gaseous Diffusion Flame

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概要

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• The blow-out limit of a confined jet diffusion flame is studied with several kinds of fuel except the case when the recirculation occurs. Particularly, the effects of combustor geometries, fuel injector geometries, fuel injector geometries and sorts of fuel on the blow-out limit are the main items studied. First of all, some remarkable effects of combustor geometries are discussed and the effects are concluded to be due to the occurrence of oscillatory combustion. Through the discussions of the normal limit which is not affected by the occurrence of oscillation, some remarks are made on the characteristics of flame base.

• 一般社団法人日本機械学会の論文

著者

• Suzuki Kenjiro

  Faculty Of Engineering Kyoto Univ.

• Suzuki Kenjiro

  Faculty Of Engineering Doshisha University

• OGATA Kimio

  Kyoto Univ.

• MORISHITA Teru

  Tokyo Shibaura Electric Co.

• NAGAHAMA Hayao

  Toyota Motor Co.

• SAT0 Takashi

  Kobe Steel Co.

関連論文

• A Consideration on Oscillatory Combustion
• The Fundamental Investigation on the Mechanism of the Liguid Fuel Spray Diffusion Flame : 2nd Report, The Mechanism of the Oscillatory Combustion Occurring in such a Flame
• A Numerical Study of Forced-Convective Filmwise Condensation in a Vertical Tube
• Stability of a Confined Gaseous Diffusion Flame
• The Fundamental Investigation on the Mechanism of the Liquid Fuel Spray Diffusion Flame : 1st Report, General Theory of Oscillatory Combustion
• Study on a Turbulent Boundary Layer with Injection : Turbulent Scales
• Blow-out Limit of Air-atomized Spray Flame

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