Molecular Gas Dynamical Approach for the Initial Combustion of Hydrogen Gas in Supersonic Shear Flow: The 1st Report: Mixing and Diffusion Process

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  • 超音速せん断流中の水素ガス初期燃焼への気体分子運動論的アプローチ｀＊１´　　第１報：混合拡散過程
  • 超音速剪断流中の水素ガス初期燃焼への気体分子運動論的アプローチ(第1報)混合拡散過程
  • チョウオンソクセンダンリュウ チュウ ノ スイソ ガス ショキ ネンショウ エ ノ キタイ ブンシ ウンドウロンテキ アプローチ ダイ1ポウ コンゴウ カクサン カテイ
  • The 1st Report: Mixing and Diffusion Process
  • 第１報：混合拡散過程

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Abstract

Direct Simulation Monte Carlo (DSMC) method based on the Boltzmann equation, in-cooperating a new reactive inelastic molecular collision model, has been employed to analyze the fuel gas mixing in two-dimensional supersonic shear flow which originates from the meeting at a thin plate (lip) edge of two parallel flows, a supersonic air stream and a sonic hydrogen gas flow. In the present study, the influence of hydrogen gas temperature upon the mixing within the shear layer is clarified. In a companion paper (the 2nd report), the relationship between mixing and chemical reaction will be presented.

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