Shinichi Inage
Hitachi
Network
Latest external collaboration on country level. Dive into details by clicking on the dots.
Publication
Featured researches published by Shinichi Inage.
Transactions of the Japan Society of Mechanical Engineers. B | 1998
Shinichi Inage; Masaya Ohtsuka
The quenching effect due to flame stretch and heat loss was evaluated based on a HTA (Hyperbolic Tangent Approximation) theory for a counter premixed flame. The main results are as follows : (1) Reaction progress variable c at the stagnation point of the counter flow decreases with flame stretch and heat loss. The flame quench occurs under the condition of c=0.7 at the stagnation point. (2) Blow-off of a Bunsen burner occurs under the condition of g>(1.62-Nu(δ/d)2) (Su/δ) (g : velocity gradient, δ : thickness of laminar flame, Su : laminar flame speed, Nu : Nusselt number, d : diameter of burner). This condition was in good agreement with experimental data. (3) Flash back occurs under the condition of g<0.697 (Su/δ).
Archive | 2003
Akinori Hayashi; Shinichi Inage; Hiromi Koizumi; Isao Takehara; Kazuyuki Ito; Toshifumi Sasao; Hidetaro Murata
Archive | 2003
Akinori Hayashi; Shinichi Inage; Shigeyoshi Kobayashi; Hiromi Koizumi; Katsuyuki Yamazaki; 成嘉 小林; 浩美 小泉; 勝幸 山崎; 林 明典; 真一 稲毛
IEA Energy Papers | 2010
Shinichi Inage
Archive | 2004
Hirokazu Takahashi; Shinichi Inage; Nobuyuki Hokari; Masahiko Yamagishi; Akinori Hayashi; Osami Yokota; Youji Ishibashi
Journal of The Japan Petroleum Institute | 2008
Shinsuke Kokubo; Koji Nishida; Akinori Hayashi; Hirokazu Takahashi; Osami Yokota; Shinichi Inage
Archive | 2002
Akinori Hayashi; Nobuyuki Hokari; Shinichi Inage; Hiromi Koizumi; Hirokazu Takahashi; 浩美 小泉; 林 明典; 真一 稲毛; 信幸 穂刈; 宏和 高橋
Archive | 2005
Koji Nishida; Nobuyuki Hokari; Shinichi Inage; Osami Yokota; Hirokazu Takahashi; Masahiko Yamagishi; Akinori Hayashi
Archive | 1994
Masaya Ohtsuka; Shinichi Inage
Archive | 2006
Hirokazu Takahashi; Shinichi Inage; Kouji Nishida; Nobuyuki Hokari; Osami Yokota; Akinori Hayashi; Shinsuke Kokubo
