Investigation on the Boundary Layer with Combustion : 1st Report, Laminar Boundary Layer Theory on a Flat Plate (the Transactions of the Japan Society of Mechanical Engineers) : Papers published in the Bulletin of the JSME are not included here

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概要

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• The problems of the laminar boundary layer in which combustion reaction occurs are solved theoretically taking into account Arrhenius' theory of chemical kinetics, the effect of impermeable leading part, and the fact that the properties of fluid depend on temperature and concentrations of chemical compositions contained in the boundary layer. As the result of this investigation, the following conclusions have been obtained : 1) The maximum temperature obtained in present work is lower about several hundred degrees of centigrade than that given in the previously published papers on the assumption of flame sheet model, 2) the combustion zone occupies about 20% of boundary layer in width, and 3) the effect of impermeable leading part on shearing stress on surface is most remarkable.

• 一般社団法人日本機械学会の論文

著者

• Kikkawa Shinzo

  Faculty Of Engineering Doshisha University

• YOSHIKAWA Katsuhiro

  Graduate School, Doshisha University

• Yoshikawa Katsuhiro

  Graduate School Doshisha University

関連論文

• The Experimental Investigation on the Transpiration Cooling
• The Experimental Investigation on Transpiration Cooling : 3rd Report, The Case Using Dry Saturated Vapor or Superheated Vapor as a Coolant
• Investigation on the Boundary Layer with Combustion : 1st Report, Laminar Boundary Layer Theory on a Flat Plate (the Transactions of the Japan Society of Mechanical Engineers) : Papers published in the Bulletin of the JSME are not included here
• Research on the Pneumatic Conveyance of Densely Concentrated Solid Particles in a Horizontal Pipe
• The Investigation on the Secondary Flow Induced by Jets : 1st Report, The Case of Double Submerged Jets
• On the Pressure Drop and Clogging Limit in the Horizontal Pneumatic Conveyance Pipe
• The Experimental Investigation on the Transpiration Cooling : (2nd Report, Coolling Effectiveness and Heat Transfer Performance of Gaseous Coolant)
• Fundamental Investigation on the High Intensity Combustion : 1st Report, On the Local Combustion Efficiency in an Upright Combustion Chamber
• The Experimental Investigation on the Combustion of a Carbon Globule in a Gas Stream

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