晨怡热管 >> 休闲号外 >> 热管名人 >> 林唯耕博士 Professor Wei-Keng Lin

林唯耕博士 Professor Wei-Keng Lin

晨怡热管 2006-11-5 4:07:47
學歷:
美國馬莉蘭大學 博士
地址:
新竹市光復路二段清華大學工科館517室
聯絡電話:
03-5715131Ext.42664( office )
0936-346399( mobile )
傳真:
03-5165707
E-MAIL:
wklin@ess.nthu.edu.tw
主要研究方向 :

熱流系統

電子元件冷卻理論與實驗測試

雙相流

人造衛星暨高空飛行物之熱傳元件

CPU散熱系統桌上型/筆記型

毛細泵吸環路應用

微機電系統

風扇性能與鰭片阻抗分析

經歷 :

年份

相關職稱

1993/08~迄今

國立清華大學工程與系統科學系教授

2002~迄今

發展利用 CPL LHP Micro Cooler 解決電腦或其他高密度能源之散熱問題

2001

北京清華大學熱能工程系訪問教授(Visiting Professor)

1996~迄今

協助臺灣CPU Cooler例如風扇 (AVC, SUNON) Cooler (太業、皕瑞、富驊、AVC) Thermal Module (聯合) 創世紀 等製造業對於實驗測量系統之建立

1996~迄今

清華大學工程與系統科學系創設電子構裝散熱系統實驗室,並開設電子構裝散熱課程與實驗及設計實務

1996

美國猶他州立大學訪問學者

1995~1997

國科會群體計畫CPL 高效率熱移系統之設計與研發主持人

1987/02~1993/07

國立清華大學核子工程學系副教授

1985/11~1986/11

美國NASA,馬 莉蘭州OAO Co.Engineering Dept.熱流組Senior EngineerCPL之實驗與模擬於挑戰號太空梭

得獎紀錄 :

年份

獎項

2006

第十屆全國熱管會議,"弓型毛細結構於平版型毛細泵吸環路性能分析",優秀論文獎,演說組第一名

2006

第十屆全國熱管會議,"矽基微架構之毛細導流與沸騰極限可視化研究",優秀論文獎,海報組第一名

1995

台電列管研究專題,"核三廠小破口事故仿真實驗與分析研究",優等獎

1993

臺灣清華大學工程與系統科學系傑出教學 獎

1987

獲頒臺灣斐陶斐榮譽會員

邀請演講:

年份

獎項

2006

第十屆全國熱管會議, "IT產業用之熱管最大熱傳量標準測試在台灣訂定之情形"

2005

2005電子散熱技術研討會,"熱管最大熱傳量之快速測試方法"

2004

微機電產品技術暨精密設備振動技術研習會,"電子構裝散熱系統之實驗測試儀器總覽"

2004

2004電子散熱技術研討會,"Thermal grease /pad與Vapor Chamber/Heat Column之熱傳導性質量測"

 

專利 :

類型

專利名稱

國別 專利號碼 專利期間

新型專利

具有多重流入之散熱器結構

大陸

200320103502-4

2004.10-2014.10

新型專利

散熱模組測試機具

大陸

200420092549 2005.01 - 2015.01

新型專利

一種多功能的風洞測量裝置

台灣

172838 2001.04 - 2012.03

新型專利

具有多重流入之散熱器結構

台灣

M245742 2004.10 - 2014.10

新型專利

散熱模組測試機具

台灣

093211196 2005.01 - 2015.01
 

著作 :

A. Journals

  1. H. W. Lin, W. K. Lin, " Thermal Analysis of Small-Scale Capillary Pumped Loop imitates Groove Heat Pipe Inner Structure", Journal of Aeronautics, Astronautics and Aviation, 2006, Accepted (EI)

  2. C. C. Lu, S. C. Li, W. K. Lin, "The Temperature Distribution of Grooved Heat Pipe Predicted by Fin Model", Journal of Aeronautics, Astronautics and Aviation, 2006, Accepted (EI)

  3. Y. H. Cheng, W. K.  Lin, “Geometric optimization of thermoelectric coolers in a confined volume using genetic algorithms”, Applied Thermal Engineering, 25, pp2983~2997, 2005 (SCI)

  4. J. H. Cheng, Y. T. Tseng, F. G. Tseng, W. K. Lin, C. C. Chieng, “Self-Driven Flow Loop in Microscale”, Journal of the Chinese Society of Mechanical Engineers, Vol.26, No.1, pp.19~26, 2005

  5. H. Wang, X. F. Peng, W. K. Lin, C. Pan, B. X. Wang, “Bubble-top jet flow on microwires”, International Journal of Heat and Mass Transfer 47, 2004, pp.2891-2900. (SCI) (NSC- 90-2218-E-007-023-)

  6. H. W. Lin, Y. X. Zheng, W. K. Lin, T. B. Chang, "An Axial Heat Conduction Model to Predict the Maximum Heat Removed of the Miniature Heat Pipe", Transactions of the Aeronautical and Astronautical Society of the Republic of China, Vol.35, No.4, pp393-400, 2003,(EI) (NSC- 89-2212-E-007-042-)

  7. Y. J. Chuang, F. G. Tseng, J. H. Cheng and W. K. Lin, “A Novel Fabrication Method of embedded micro-channels by using SU-8 thick-film photoresists”, Sensors and Actuators A, 103, pp. 64-69, 2003. (SCI, NSC 90-2218-E-007-028)

  8. 王昊, 彭曉峰, 王補宣, 林唯耕, 潘欽,過冷沸騰汽泡頂部射流視覺化實驗研究,《熱科學與技術》Journal of Thermal Science and Technology, Vol.2, No.3, Sep.2003, pp.279-282. (EI) (NSC- 90-2218-E-007-023-)

  9. Y. J. Chung, F. G. Tseng, W. K. Lin, “ Reduction of diffraction effect of UV exposure on SU-8 negative thick photoresist by air gap elimation”, Microsystem Technologies 8,  Springer-Verlag 2002, DOI 10.1007/s00542-002-0176-8, pp.308-313,2002, (SCI)(NSC- 90-2218-E-007-023-)

  10. J. Y. Wu, W. K. Lin, ”Theroetical Simulation and Its Experiments for the Small Axial Fan”, Transactions of the Aeronautical and Astronautical Society of the Republic of China, Vol. 34, No.2, pp.153-157, 2002, (EI) (NSC- 91-2622-E-007-019-CC3)

  11. F. G. Tseng, Y. J. Chung, W. K. Lin, “A Novel Fabrication Method of SU-8 Stacked Micro Channels By UV Dosage Control”, Journal of sensors and Actuators A: Physical Special Issue for IEEE MEMS 2002. PP.69-72 (SCI) (NSC- 90-2218-E-007-023-)

  12. P. C. Chen, W. K. Lin, “The application of Capillary Pumped Loop for Cooling of Electronic Components”, Applied Thermal Engineering, 21, pp.1739-1754, 2001, (EI) (NSC-90-2623-7-007-031-)

  13. P. C. Chen, W. K. Lin, ”An Experimental Study of Capillary Pumped Loop”, Transactions of the Aeronautical and Astronautical Society of the Republic of China, Vol.33. No.3, pp.247-255, pp.170-175. 2001, (EI) (NSC-90-2623-7-007-031-)

  14. W. K. Lin, T. C. Wu, ”Prediction of the Heat Sink Resistance Curve by Zone divide Methods”Electronic Techniques, Vol. 185, Aug. pp. 176-181. 2001, (EI) (NSC- 91-2622-E-007-019-CC3)

  15. W. K. Lin, F. D. Hsu, Y. T. Chung, B. L. GaouY. C. Fang, ”Design and Develop of the Dummy Heater for CPU Cooler”Electronic Techniques, Vol. 185, Aug. 2001, (EI) (NSC-90-2623-7-007-031-)

  16. W. K. Lin, S. W. Chen, ”The Heat Removed Device Study for Lap Top Computer by CPL”Electronic Techniques, Vol. 185, Aug. pp.182-189. 2001, (EI) (NSC-90-2623-7-007-031-)

  17. K. H. Chien, W. K. Lin, Y. C. Tsai, “An Effect of the Side Tube Configuration on the Void Fraction Measurement”, Nuclear Technology, Vol. 120, Nov. 1997

  18. W. K. Lin, B. J. Weng, ”Design of the Flow Visualization within a Capillary Pumped Loop”, Nuclear Science Journal, Chung Hua Nuclear Society, R.O.C. Vol. 30, Nov.4, Aug. 1993

  19. Y. W. Wang, B. S. Pei, W. K. Lin, “On a Simplified Two-Phase Slug Flow Model”, Nuclear Technology, Vol.105, (Feb. 1994), PP.253-260.

  20. N. M. Chung, W. K. Lin, B. S. Pei and Y. Y. Hsu, "A Model for Sound Velocity In An Air-Water Two-Phase Bubbly Flow", Nuclear Technology, Vol.99, No. (July 1992), PP.80-89.

  21. N. M. Chung, W. K. Lin, B. S. Pei and Y. Y. Hsu, "Sound Attenuation and its Relation with Interfacial Area Density in An Air-Water Two-Phase Bubbly Flow", Flow Measurement and Instrumentation. Vol.3, No.1, (1992) pp.45-53.

  22. W. K. Lin, N. M. Chung, B. S. Pei, D. Y. Li, Y. Y. Hsu, "A Model For Sound Velocity and its Relationship with Interfacial Area Density in a Steam-Water, Two-Phase Bubble Flow", Nuclear Technology, Vol.99, No. 2 (Aug.1992), pp.258-167.

  23. N. M. Chung, W. K. Lin, "Sound Velocity and its Relationship with Interfacial Area Density in Steam-Water Two-Phase Bubbly Flow", Flow Measurement and Instrumentation. Vol.3, No.2, (1992) pp.65-71

  24. N. M. Chung, W. K. Lin, B. S. Pei and Y. Y. Hsu, "Sound Velocity and Attenuation in an Air-Water Two-Phase Bubbly Flow", Nuclear Science Journal, Vol.2, No.29 (April 1992), pp.65-80.

  25. Y. P. Ma, N. M. Chung, B. S. Pei, W. K. Lin, Y. Y. Hsu, "Two Simplified Method to Determined Void Fractions for Two-Phase Flow", Nuclear Technology, Vol.94, No.1, (April 1991), pp.124-133.

  26. Y. W. Wang, B. S. Pei, W. K. Lin, "Verification of Using a Single Void-fraction Sensor to Identify Two-phase Flow Patterns," Nuclear Technology, Vol.95, No. l, (July 1991), pp.87-94.

  27. Y. P. Ma, B. S. Pei, W. K. Lin and Y. Y. Hsu, "Analysis of a Fluid Mechanic Model for Horizontal Tee-Junction," Nucl. Tech., Vol.92, No.1 (Oct.1990), pp.134-140.

  28. N. M. Chung, K. H. Chien, W. H. Ho, W. K. Lin, B. S. Pei, and Y.Y. Hsu, "The Void Fraction Measurement Using the D/P Tube Methods", Nuclear Science Journal, Vol.27, No5.(Oct, 1990), pp.417-432.(in Chinese).

  29. K. H. Chien, N. M. Chung, W. K. Lin, B. S. Pei and C. H. Lee, "On Line Measurement of Low Void Fraction and Mass Flow Rate with a Side-Tube and an Orifice in Two-Phase Flow", Flow-Measurement and Instrumentation, Vol.2, No.1 (July 1991), pp.193-199.

  30. Y. P. Ma, B. S. Pei, W. K. Lin, Y. C. Tzang, "An Impedance Method to Determine Void Fraction for Two-phase Flow," Nucl. Sci. J., Vol.27, No.4.(Aug., 1990) pp.315-326

  31. W. K. Lin & Y. Y. Hsu, "A Weir Model to Relate the Liquid Flow Rate with the Water Level in an Inverted U-Bend," American Nuclear Engineering & Design, pp.713, 1986 

     

     

 

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