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真理大學航空事業學系

柴興生老師: 基本資料

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研究產出&著作_柴興生老師

  1. Hsing-Sheng Chai, Hui-Zhen Chen, and Chiun-Hsun Chen, “Flow past porous cylinder/sphere with/without blowing,” Journal of Advances in Technology and Engineering Research (電子期刊), Vol. 4, Issue 2, pp. 57-69, (2018). 
  2. Hsing-Sheng Chai, Chang-An Chen, and Chiun-Hsun Chen, “Novel plant development for a high performance 3 kW integrated wind and solar system,” Journal of Renewable and Sustainable Energy (電子期刊), Vol. 8, Issue 4, 045302, (2016), (SCI).
  3. Hsing-Sheng Chai, Vong-Ren Chen, and Chiun-Hsun Chen, “Interaction/interference between flames produced by side-by-side dual blowing cylindrical burners,” Research Journal of Engineers and Technologists (電子期刊), Vol. 1, pp. 1-10, (2018).
  4. Hsing-Sheng Chai, Vong-Ren Chen, and Chiun-Hsun Chen, “Flame transition velocities at various intercylinder spacing for side-by-side dual blowing cylindrical burners,” Journal of Advances in Technology and Engineering Research (電子期刊), Vol. 4, Issue 3, pp. 102-110, (2018).
  5. 柴興生及邱致中,直昇機螺旋槳之升力、阻力與反作用力和其型式間之關連性,博雅教育學報,第一期,頁111-116,2007年
  6. 柴興生及邱致中,並排雙圓柱上之流動特性分析,博雅教育學報,第二期,頁87-117,2008年
  7. Shin-shen TSA, “Numerical Analysis of Inlet Parameters on the Combustion Performance of Side-Dump Ramjets,” M. S. Thesis, National Cheng Kung University, Taiwan, 1999.
  8. Shin-shen TSA, “Mutual Interaction between Counterflow Flames over Binary Tsuji Burners in Side-by-Side Arrangement,” Ph. D. Dissertation, National Chiao Tung University, Taiwan, 2003.
  9. Hsing-Sheng Chai, 2017, “Flow Characteristics Over Twin Cylinders in Side-By-Side Arrangement,” 4th International Conference on Multidisciplinary Innovation for Sustainability and Growth (MISG-2017), MISG-17-117, Kuala Lumpur, Malaysia.
  10. Hsing-Sheng Chai and Chen-Chung Chung, 2015, " Flow Characteristics over Two Circular Cylinders Arranged Side-by-Side Using Multi-Block Grid Simulation," 真理大學「2015通識與語文教育」兩岸學術研討會,頁4~15。
  11. 柴興生,2014,“使用多重區塊格點計算氣流流經併排雙圓柱上之流場”,真理大學第五屆優質通識教育的未來展望研討會,頁15~49。
  12. 鍾振忠及柴興生,2017,“基於電化學模型的微型燃料電池建模與模擬”,真理大學第八屆優質通識教育的未來展望研討會,頁17~18。
  13. 柴興生,2014,”直昇機旋翼所受各種主要力量和其型態間之關係”,博雅教育學報,第13期,頁101~106。
  14.  Shin-shen TSA, En-Ting Liu, and Chiun-Hsun Chen, 2001, “Numerical Study for Interaction between Water Mist and Counterflow Diffusion Flame over Tsuji Burner,” Combustion Science and Technology, Vol. 167, pp. 257-289.【收錄於SCI及EI、IF=0.498、Quartile in Category=Q2】
  15. Shin-shen TSA and Chiun-Hsun Chen, 2003, “Flame Stabilization over a Tsuji Burner by Four-Step Chemical Reaction,” Combustion Science and Technology, Vol. 175, pp. 2061-2093. 【收錄於SCI及EI、IF=0.604、Quartile in Category=Q2】
  16. Da-Da Chen, Shin-shen TSA, and Chiun-Hsun Chen, 2005, “Interaction between Counterflow Flames over Binary Tsuji Burners Arranged in Side-by-Side,” Combustion Science and Technology, Vol. 177, pp. 1961-1995. 【收錄於SCI及EI、IF=0.774、Quartile in Category=Q2】
  17. Hsing-Sheng Chai, 2009, "Hysteresis and Multi-state Behavior of Counterflow Flame in a Blowing Cylindrical Burner," Journal of Thermal Science, Vol. 18, Issue 3, pp. 276-283. 【收錄於SCI及EI】
  18. 柴興生、張家云、高郡伶、郭沛翎、林玥彤、馬宇馳,”航管系統暨飛安效率之研究探討”,華格那企業有限公司出版,2023年2月初版,ISBN: 978-986-362-949-8
  19. 柴興生,”橫絕海空-航空事業學系與馬偕精神的起飛”,國文天地,第37卷第10期專刊,頁88-90,2022年。
     
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