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个人简介

學歷 普林斯頓大學 美國 機械與航太工程系 博士 ~ 1983年 經歷 逢甲大學研發長暨工學院院長 ~ 中華大學創校校長 ~ 中華民國航空太空學會理事長 ~ 中華民國燃燒學會理事長 ~ 美國機械工程師學會會士、中華民國航空太空學會會士、中華民國力學學會會士 ~ 國防部科技顧問室顧問 ~ 國科會主委室顧問 ~ 國科會熱流學門、能源學門及航太學門召集人 ~ 兩份國際期刊編輯 ~ 校外榮譽 2012 第六屆中國機械工程學會會士 中國機械工程學會 教師_劉通敏_最新研究主題 血管與動脈瘤實體影像重建暨血液動力特性(脈動速度場、壁剪應力和壓力等物理量)之計算與實驗量測研究 顱內動脈瘤人工支架之設計與血流特性計算與實驗量測研究 電滲流誘發微管道中溶質分離之計算與實驗量測研究 壓電致動微型噴嘴發光高分子液滴於平面顯示器微凹槽之噴覆計算與實驗量測研究 壓電致動微噴墨技術於手機微線路製作之應用研究 巨型船舶引擎活塞冷卻流道設計(往復運動通道流場與熱傳增益)之計算與實驗量測研究 電子裝備散熱增益及渦輪機葉片冷卻流道設計(旋轉通道流場與熱傳增益)之計算與實驗量測研究 教師_劉通敏_科技部計劃 2012 內設45度斜肋之平行四邊形雙流道於靜止與旋轉狀況下之熱傳與壓損實驗研究 劉通敏 主持人 2012年08月 ~ 2013年07月 國科會 / 2012 紡綻狀動脈瘤血液動力特性數值模擬及實驗量測 劉通敏 主持人 2012年08月 ~ 2013年07月 國科會 / 2011 內設45度斜肋之平行四邊形雙流道於靜止與旋轉狀況下之熱傳與壓損實驗研究(1/2 劉通敏 主持人 2011年08月 ~ 2012年07月 國科會 / 2011 紡綻狀動態瘤血液動力特性數值模擬及實驗量測(2/3) 劉通敏 主持人 2011年08月 ~ 2012年07月 國科會 / 2010 運用微視流技術與數值計算研究壓電噴墨噴覆於為凹槽之特性-蝕刻時間/驅動波形/凹槽幾何之效應(3/3) 劉通敏 主持人 2010年08月 ~ 2011年07月 國科會 / 2010 紡綻狀動態瘤血液動力特性數值模擬及實驗量測(1/3) 劉通敏 主持人 2010年08月 ~ 2011年07月 國科會 / 2009 運用微視流技術與數值計算研究壓電噴墨噴覆於為凹槽之特性-蝕刻時間/驅動波形/凹槽幾何之效應(2/3) 劉通敏 主持人 2009年08月 ~ 2010年07月 國科會 / 2008 不同角度側向穴流應用於顱內動脈瘤血流動力特性之模擬(3/3) 劉通敏 主持人 2008年08月 ~ 2009年07月 國科會 / 2008 運用微視流技術與數值計算研究壓電噴墨噴覆於為凹槽之特性-蝕刻時間/驅動波形/凹槽幾何之效應(1/3) 劉通敏 主持人 2008年08月 ~ 2009年07月 國科會 / 2007 不同角度側向穴流應用於顱內動脈瘤血流動力特性之模擬(2/3) 劉通敏 主持人 2007年08月 ~ 2008年07月 國科會 / 2007 離散式立體突出元件陣列應用於靜止與週期運動管道熱流特性改進之研究(3/3) 劉通敏 主持人 2007年08月 ~ 2008年07月 國科會 / 2006 離散式立體突出元件陣列應用於靜止與週期運動管道熱流特性改進之研究(2/3) 劉通敏 主持人 2006年08月 ~ 2007年07月 國科會 / 2006 不同角度側向穴流應用於顱內動脈瘤血流動力特性之模擬(1/3) 劉通敏 主持人 2006年08月 ~ 2007年07月 國科會 / 2005 應用PIV量測技術於具渦流產生器之旋轉內冷卻流道流場、頻譜特性及熱傳增益研究(3/3) 劉通敏 主持人 2005年08月 ~ 2006年07月 國科會 / 2005 離散式立體突出元件陣列應用於靜止與週期運動管道熱流特性改進之研究(1/3) 劉通敏 主持人 2005年08月 ~ 2006年07月 國科會 / 教師_劉通敏_業界計劃 2007 結合影像重建技術研究動脈瘤成長及破裂之病理因素-瘤內壓力量測及血球容積變化效應研究 劉通敏 主持人 2007年01月 ~ 2007年12月 台聯大 / 2006 固體火箭發動機過度膨脹噴嘴三維非穩態流場研究 劉通敏 主持人 2006年02月 ~ 2006年11月 中科院 /

研究领域

1.動力系統技術 (燃燒工程、噴射推進、轉動機械、內燃機) 2.微系統科技 (生物流力、血流動力學、微型管流混合/分離增益、微系統熱傳增益、微型噴嘴壓電噴流暨披覆) 3.光電應用量測技術 (雷射都普勒測速、全像干涉燃燒與質熱傳量測、液晶熱傳量測、 雙色質點影像速度場量測、微型質點影像速度場量測、質點軌跡速度場量測)

近期论文

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研討會論文 1.T.M. Liou, Dec 2009, “Haemodynamics in Intracranial Aneurysms with and without Stents,“ 2009 NTHU Bio-X Cross-Discipline Minu-Symposium, Hsin Chu, Taiwan 2.T.M. Liou, Nov 2009, “Visualization of Inkjet Droplet Deposition – PLED and Solar Cell Related Thin Film Coating,“ The 7th Pacific Symposium on Flow Visualization and Image Processing (PSFVIP-7), Kaohsiung, Taiwan, ROC (An Invited Plenary Speech) 3.T.M. Liou, Sep 2009, “Application of Inkjet Printing Technique to Energy Related Thin Film Coating, “ Cross-Strait Symposium of Tsing Hua University on Energy and Nano Techniques, Peking, China 4.T.M. Liou, July-Aug 2009, “Study on the characteristics of polymer droplet deposition in fabricated rectangular microcavities,“ The 16th National CFD Conference, Dansui, Taiwan, ROC (An Invited Keynote Lecture) 5.T.M. Liou, S.W. Chang, J.S. Chen, and C.Y. Chan, Jun 2009, “Fluid Flow inside a Rectangular Duct with Two Opposite Walls Roughened by Deepened Scales,“GT2009-59302, The 54th Gas Turbine and Aeroengine Congress/Users Symposium and Exposition, Orlando, USA 6.T.M. Liou and T.C. Wang, Apr 2009, "Intra-Aneurysmal Hemodynamics for Curved Vessel Installed with Wallstent," The 4th Asian Pacific Conference on Biomechanics, Christchurch, New Zealand, ROC SCI期刊論文 1.Liou TM, Chang SW, Chen JS, et al., “ Fluid Flow inside a Rectangular Duct with Two Opposite Walls Roughened by Deepened Scales,”JOURNAL OF THE CHINESE SOCIETY OF MECHANICAL ENGINEERS, Vol. 31, Issue: 3, pp. 187-198, 2010. 2.Chang SW, Lees AW, Liou TM, et al. “Heat transfer of a radially rotating furrowed channel with two opposite skewed sinusoidal wavy walls,” INTERNATIONAL JOURNAL OF THERMAL SCIENCES, Vol. 49, Issue: 5, pp. 769-785, 2010. 3.Chang SW, Liou TM, and Po Y, “Coriolis and rotating buoyancy effect on detailed heat transfer distributions in a two-pass square channel roughened by 45 degrees ribs at high rotation numbers,” INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER, Vol. 53, Issue: 7-8, pp. 1349-1363, 2010. 4.Chang SW, Liou TM, Yang TL, et al., “Heat Transfer in Radially Rotating Pin-Fin Channel at High Rotation Numbers,” JOURNAL OF TURBOMACHINERY-TRANSACTIONS OF THE ASME, Vol. 132, Issue: 2, 2010. 5.T.-M. Liou, S.W. Chang, J.S. Chen, T.L. Yang, and Yi-An Lan, Nov 2009, "Influence of Channel Aspect Ratio on Heat Ttransfer in Rotating Rectangular Ducts with Skewed Ribs at High Rotation Numbers,” International Journal of Heat and Mass Transfer, Vol.52, No.23-24, pp.5309-5322 (SCI, EI) 6.T.M. Liou, C.Y. Chan, and K.C. Shih, Aug 2009,“Effects of Actuating Waveform, Ink Property, and Nozzle Size on Piezoelectrically Driven Inkjet Droplets,” Journal of Microfluidics and Nanofluidics (MNF) (SCI, EI) 7.T.-M. Liou, C.Y. Chan, and K.C. Shih, June 2009, “Study of the Characteristics of Polymer Droplet Deposition in Fabricated Rectangular Microcavities,” Journal of Micromechanics and Microengineering (JMM), Vol.19, No.6, 065028 (SCI, EI) 8.T.H. Shieh, T.M. Liou, M.R. Li, C.H. Liu, and W.J. Wu, Apr 2009, "Analysis on Numerical Results for Stage Separation with Different Exhaust Holes,” International Communications in Heat and Mass Transfer, Vol.3, No.4, pp.342-345 (SCI, EI) 9.S.W. Chang, T.L. Yang, T.M. Liou, and G.F. Hong, Jan 2009, “Heat Transfer of Rotating Rectangular Duct with Compound Scaled Roughness and V-Ribs at High Rotation Number,” International Journal of Thermal Sciences, Vol.48, pp.174-187 (SCI, EI) 10.S.W. Chang, T.L. Yang, T.M. Liou, and H.G. Fang, Dec 2008, Heat Transfer in Rotating Scale-Roughened Trapezoidal Duct at High Rotation Numbers, Applied Thermal Engineering (SCI, EI) (in press) 11.S.W. Chang, T.M. Liou, J.S.Lioug, and K.T.Chen, Nov 2008, “Turbulent Heat Transfer in a Tube Fitted with Serrated Twist Tape under Rolling and Pitching Environments with Applications to Shipping Machineries,” Journal of Ocean Engineering, Vol.35, No.16, pp.1569-1577 (SCI, EI) 12.T.M. Liou, and Y.C. Li, June 2008, Effects of Stent Porosity on Hemodynamics in a Sidewall Aneurysm Model,” Journal of Biomechanics, Vol.41, No.6, pp.1174-1183 (SCI, EI) 13.S.W. Chang, T.M. Liou, S.F. Chiou, and S.F. Chang, June 2008,“Heat Transfer in High-Speed Rotating Trapezoidal Duct with Rib-Roughened Surfaces and Air Bleeds from the Wall on the Apical Side,“GT2007-28174, Trans. ASME, Journal of Heat Transfer, Vol.130, No.6, pp.061702-1 to 13 (SCI, EI) 14.T.M. Liou, Y.C. Li, and T.C .Wang, June 2008, “Hemodynamics altered by placing helix stents in an aneurysm at 45-deg angle to the curved vessel,” Physics in Medicine and Biology, Vol.53, pp.3763-3776 (SCI, EI)) (Impact Factor = 2.874) 15.S.W. Chang, T.M. Liou, T.L. Yang, and G.F. Hong, June 2008, "Heat Transfer in Radially Rotating Pin-fin Channel at High rotation numbers," Trans. ASME, Journal of Turbomachinery, Vol.xxx, pp.xxx-xxx (A Selected Paper (GT2008-50514) from the 51th Gas Turbine and Aeroengine Congress/Users Symposium and Exposition, Berlin, Germany) (SCI, EI). (in press) 16.T.M. Liou, C.Y. Chan, C.C. Fu, and K.C. Shih, Apr 2008,“Effects of Impact Inertia and Surface Characteristics on Deposited Polymer Droplets in Microcavities,” IEEE J. MEMS, Vol.17, No.2, pp.278-287 (SCI, EI) 17.S.W. Chang, T.L. Yang, T.M. Liou, and G.F. Hong, March 2008, Heat Transfer of Rotating Rectangular Duct with Compound Scaled Roughness and V-ribs at High Rotation Number, International Journal of Thermal Sciences, Vol.48, Issue 1, pp.174-187 (SCI, EI) 18.S.W. Chang, T.M. Liou, K.F. Chiang, and G.F. Hong, Feb 2008, "Heat Transfer and Pressure Drop in Rectangular Channel with Compound Roughness of V-Shaped Ribs and Deepened Scales" International Journal of Heat and Mass Transfer, Vol.51, pp.457-468 (SCI, EI) 19.W.K Chang, C.H. Chen and T.M. Liou, 2008 “Numerical Study for Downward Flame Spread over a Finite-Length PMMA with Radiation Effect,” International Journal of Transport Phenomena (SCI, EI)(in press) 20.T.M. Liou, S.W. Chang, J.H. Hung, and S.F. Chiou, Sep 2007, " High Rotation Number Heat Transfer of a 45-deg Rib-Roughened Rectangular Duct with Two Channel Orientations" International Journal of Heat and Mass Transfer, Vol.50, pp.4063-4078. (SCI, EI) 21.S.W. Chang, W.D. Morris,T.M. Liou, and S.F. Chiou, July-Sep 2007, "Heat transfer in a Reciprocating Thermosyphon Fitted with two staggered transverse ribs,” AIAA Journal of Thermophysics and Heat Transfer, Vol.21, No.3, pp.568-581 (SCI, EI) 22.T.M. Liou, Y.S. Hwang and M.Y. Chen, June 2007, “Heat Transfer Improvement by Arranging Detached Ribs on Suction Surfaces of Ribbed Rotating Internal Coolant Passages,” International Journal of Heat and Mass Transfer, Vol.50, Issue11-12, pp.2414-2424 (SCI, EI) 23.T.M. Liou, Y.C. Li, and W.C. June, June 2007, “Numerical and Experimental Studies on Pulsatile Flow in Aneurysms Arising Laterally from a Curved Parent Vessel at Various Angles,” Journal of Biomechanics, Vol.40, No.6, pp.1268-1275 (SCI, EI) 24.S. W. Chang, T.M. Liou, W.-H. Yeh and J.-H. Hung, Feb 2007, "Heat Transfer in a Radially Rotating Square-Sectioned Duct With Two Opposite Walls Roughened by 45-deg Staggered Ribs at High Rotation Numbers," Trans. ASME, Journal of Heat Transfer, Vol.129, Issue 2, pp.188-199 (SCI, EI) 25.T.M. Liou, H. Chen, M.Y. Chen and Y.C. Li, Feb 2007, " Experimental Study of Confined Turbulent Rectangular Jets,” Journal of the Chinese Society of Mechanical Engineers, Vol. 28, No.1, pp45-51. (An Invited Paperfor a Special Issue Dedicated to Dr. T.Y. Wung on His 75th Birthday) (SCI, EI) 26.T.M. Liou and Y.C. Li, Oct 2006, "Alteration of Haemodynamics in a Stented Lateral Aneurysm Model by Blocking Ratios," WSEAS Transaction on Fluid Mechanics, Issue.8, Vol.1, pp.850-855 (A Selected Paper from 3rd WSEAS International Conference on Mathematical Biology and Ecology (MABE’07), Brisbane, Australia) 27.T.M. Liou, C.H. Tsai, Y.C. Li, T.W. Ting, and C.B. Luo, May 2006, “Numerical Analysis of Steady Blood Flow in Three Dimensional Reconstructed Left Internal Carotid Artery with an Aneurysm,” Journal of Aeronautics, Astraonautics and Aviation, Series B, Vol.38, No.1, pp.029-036 (SCI). 28.T.M. Liou, Yi-Sian Hwang and Yi-Chen Li, April 2006, "Flowfield and Pressure Measurements in a Rotating Two-Pass Square Duct with staggered Rounded Ribs Skewed 45-deg to the Flow," Trans. ASME, Journal of Turbomachinery, Vol.128, pp.340-348 (A Selected Paper (GT2004-53173) from the 49th Gas Turbine and Aeroengine Congress/Users Symposium and Exposition, Vieena, Austria (SCI, EI)).

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