田振華

1980 年6月-1984年6月台灣新竹清華大學動力機械學士。

1986 年6月-1991年6月美國西北大學(Northwestern University, Evanston) 機械工程碩士、博士(博士導師Professor Moshe Matalon, currently Co-Editor in Chief, Combustion Theory and Modelling (2001 - )

1991 年8月-1996年3月台灣大葉工學院機械工程系副教授。

1996 年6月-1998 年澳大利亞昆士蘭大學（Queensland University）訪問研究。

開設課程：

熱力學(英語授課), 高等燃燒學(研究生課程), 燃料電池與電動車

燃燒理論，計算與實驗

1．氣體燃燒

a. 層流預混燃燒

b. 層流擴散燃燒

c. 湍流預混燃燒

d. 湍流擴散燃燒

e. 超音速燃燒

f. 密閉容器內的燃燒

2. 液體燃燒

a. 油滴顆粒燃燒

3．固體燃燒

a. 煤粉顆粒燃燒

4．噴霧燃燒

5．燃燒污染物生成 (含soot formation, NOx, SOx)

未來的方向為燃料電池

1. J.H. Tien and R.J. Stalker (Queensland Univ., Australia), "Release of chemical energy by combustion in a supersonic mixing layer of hydrogen and air", Combustion and Flame Vol.131 No.3 pp329, 2002

2. J.H. Tien (Da Ye Institute, Taiwan), "Effect of Stretch on Premixed Flame Propagation in a Closed Tube", Combustion and Flame, Vol.107, pp.303, 1996.

3. C.C. Liu, T.H. Lin (Cheng Kung Univ., Taiwan) and J.H. Tien (Da Ye Institute, Taiwan), "Extinction Theory of Stretched Premixed Flames by Inert Sprays", Combustion Science and Technology, Vol.91, pp.309, 1993.

Recent citation of the above paper:

Tsa SS, Liu ET, Chen CH (Tsing Hua Univ., Taiwan) “Numerical study for interaction between water mist and counterflow diffusion flame over Tsuji burner”, Combustion Science and Technology, Vol.167, pp. 257-289, 2001.

4. J.H. Tien and M. Matalon (Northwestern Univ., USA), "Effect of Swirl on Strained Premixed Flames for Mixtures with Lewis Number Distinct from Unity", Combustion Science and Technology, Vol.87, pp.257, 1992.

Recent citation of the above paper:

Gotoda H, Maeda K, Ueda T (Kyoto Univ., Japan) and Cheng RK (UC Berkeley, USA) “Periodic motion of a bunsen flame tip with burner rotation”, Combustion and Flame, Vol.134, pp.67-79, 2003.

5. J.H. Tien and M. Matalon (Northwestern Univ., USA), "On the Burning Velocity of Stretched Flames", Combustion and Flame, Vol.84, pp.238, 1991. (SCI recorded 23 citations before 1996)

Recent citation of the above paper:

(a) Lipatnikov AN and Chomiak J (Chalmers Univ. of Technology, Sweden) “Tuebulent flame speed and thickness: phenomenology, evaluation, and application in multi-dimensional simulations”, Progress in Energy and Combustion Science, Vol.28, pp. 1-74, 2002.

(b) Sun CJ, Sung CJ, He L and Law CK (Princeton Univ., USA) “Dynamics of weakly stretched flames: quantitative description and extraction of global flame parameters”, Combustion and Flame, Vol. 118, pp. 108, 1999.

(c ) Wang CH, Ueng GJ and Tsay MS (Taiwan Univ., Taiwan) “An experimantal determination of the laminar burning velocities and extinction stretch rates of benzene/air flames”, Combustion and Flame, Vol. 113, pp. 242, 1998.

(d) Chao BH (U of Hawaii, USA), Egolfopoulos FN (U of Southern California, USA) and Law CK (Princeton Univ., USA) “Structure and propogation of premixed flame in nozzle-generated counterflow”, Combustion and Flame, Vol. 109, pp.620, 1997.

Citation by book of the above paper:

Law CK (Princeton Univ., USA) “A compilation of experimental data on laminar burning velocities” in Reduced kinetic mechanisms for Applications in combustion systems Edited by Peters N (RWTH Achen, Germany) and Rogg B (Ruhr Univ., Germany),Springer-Verlag, 1993.

6. J.H. Tien and S.H. Sohrab (Northwestern Univ., USA), "Effects of Air-Side Oxygen Addition on Soot Formation in Methane Coflow Diffusion Flame", Combustion Science and Technology, Vol.73, pp.617, 1990.