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姓名Name 蘇侃(HON SO)
職稱Title 教授 Professor
辦公室Office 工綜712,728室 712,728 Engineering Building
電話Phone (02)33662685
傳真Fax (02)23631755
電子郵件E-mail honso@ntu.edu.tw
個人網頁Homepage  
實驗室Lab 磨潤實驗室(TRIBOLOGY LABORATORY)
自傳
Short Biography
學歷(EDUCATION)

1967-1971: National Taiwan University, Department of Mechanical Engineering, BS.
1974-1975: Imperial College of Science and Technology, the University of London, MSc. in Materials Technology.
1976-1978: Imperial College of Science and Technology, the University of London, Ph.D.

經歷(WORKING EXPERIENCES)

1971-1974: Overseer, Maintenance Department, Kowloon Textile Industries.
1978-1979: Post-doctoral researcher, Department of Mechanical Engineering, Imperial College.
1979-1983: Associate professor and professor, National Chiao Tung University, Hsin Chu.
1983- : Professor, National Taiwan University.
1995-1998: Head of the Department of Mechanical Engineering, National Taiwan University.

研究領域
Research Interests
Lubricated wear
Effects of antiwear additives on friction and wear of metals
Effects of extreme pressure additives on friction and wear of metals
Boundary and mixed lubrication
Elastic-plastic contact of rough surfaces
Friction and wear properties of metals subjected to surface modification
Oxidational wear
Friction and wear of metallic surfaces under extremely light loads
Stress-strain behaviours of metals under high strain rates in a wide range of temperatures
Dynamic buckling of thin-walled structures
Design of artificial knee joint
教學課程
Teaching Courses
塑性力學 Theory of Plasticity
磨潤學 Tribology
材料機械性質(II)Mechanical Properties of Materials (II)
應用塑性力學 Applied Plasticity
線性彈性力學

研究計劃
Research Projects

* Study of the mechanism and theory of extiusion wear
* Design and fabrication of the innovative implants and orthopedic biomaterials for spirial reconstruction
研究著作
Publications
A. Refereed Papers
  1. Gohar, R. and So, H. (1981) Porous Retainers for Roller Bearings, J. Mech. Eng. Sci. IME, 23 (6), 262-271.
  2. So, H. (1982) The Lubrication of Roller Bearing Ribs -- Hydrodynamic Approach, NSC Proc. Part A, 6 (3), 203-215.
  3. So, H. and Gohar, R. (1983) The Elastic Distortion of Rollers under Combined Radial and Thrust Loads, ASME Trans. J. Lubr. Technol., 105, 189-197.
  4. So, H. and Chen, C. R. (1985) The Characteristics of a Hybrid Journal Bearing with One Recess: Part 1 - Dynamic Consideration, Tribology International, 18 (6), 331-339.
  5. So, H. and Chang, T. S. (1986) The Characteristics of a Hybrid Journal Bearing with One Recess: Part 2 - Thermal Analysis, Tribology International, 19 (1), 11-18.
  6. So, H., Tu, G. C., and Huang, J. Y. (1986) The Effects of Corrosion on Fatigue Crack Propagation in 2024-T3 Aluminium, J. Chinese Inst. Engr., 9 (5), 465-473.
  7. So, H. and Kuo, W. H. (1986) The Life Prediction for 2024-T3 Aluminium Alloy Subjected to Corrosion Fatigue, J. Chinese Inst. Engr., 9 (5), 475-484.
  8. So, H. Kao, S. J., and Chen, C. R. (1987) The Influence of Surface Roughness on the Starved Lubrication of Ball Bearings, J. Chinese Inst. Engr., 10 (1), 33-43.
  9. So, H. and Shieh, J. A. (1987) The Cooling Effects of Supply Oil on Journal Bearings for Varying Inlet Conditions, Tribology International, 20 (2), 79-89.
  10. So, H. and Huang, J. Y. (1988) Determination of Dynamic Stress Intensity Factors of Two Finite Cracks at Arbitrary Positions by Dislocation Model, International J. Engineering Science, 26 (2), 111-119.
  11. Huang, J. Y. and So, H. (1988) Diffraction of P Waves by Two Cracks at Arbitrary Position in an Elastic Medium, Engineering Fracture Mechanics, 29 (3), 335-347.
  12. Huang, J. Y. and So, H. (1988) Determination of Dynamic Stress Intensity Factors for Multiple Cracks, International J. Fracture, 36, 187-198.
  13. So, H. and Fan, H. K. (1988) Elasto-Plastic Analysis on Multi-ring tapered Cylinders, International J. Pressure Vessels & Piping, 3 (1), 1-14.
  14. Chen, U. D. and So, H. (1989) Statistical Model for Predicting the Strength of Solid-Filled Rubbers, Polym. Eng. Sci., 29 (22), 1614-1617.
  15. So, H. and Liu, D. C. (1990) Evaluation of Statistical Models for Elastic-Plastic Contact of Rough Surface with Hardening Effect, J. Chinese Soc. Mech. Engr., 11 (6), 481-487.
  16. So, H. and Chen, U. D. (1991) A Nonlinear Mechanical Model for Solid-filled Rubbers, Polym. Eng. Sci., 31 (6), 410-416.
  17. So, H. and Liu, D. C. (1991) An Elastic-Plastic Model for the Contact of Anisotropic Rough Surfaces, Wear, 146, 201-218.
  18. So, H. and Chen, U. D. (1992) The Effects of Temperature Aging and Moisture on Some Mechanical Behaviors of Particulate-Filled Rubbers, J. Polymer Engineering, 11 (3), 245-277.
  19. So, H. and Chen, U. D. (1993) Properties Modeling of Visco-Elastic Elastomers, Elastomer Technology Handbook, ed. N. P. Cheremisinoff, CRC Press, USA, 399-420.
  20. So, H. and Shaw, D. L. (1993) High Strain-rate and Temperature Effects on the Uniaxial compression of Aluminium Alloys, in Advances in Engineering Plasticity and Its Applications, ed. W. B. Lee, Elsevier Sci. Publishers, 469-476.
  21. So, H., Lin, Y. C., Huang, G. S. and Chang, S. T. (1993) Antiwear Mechanism of Zinc Dialkyl Dithiophosphates Added to a Paraffinic Oil in Boundary Lubrication Condition, Wear, 17-26.
  22. So, H. and Lin, Y. C. (1994) The Theory of Antiwear for ZDDP at Elevated Temperature in Boundary Lubrication Condition, Wear, 105-115.
  23. So, H. (1995) The Mechanism of Oxidational Wear. Wear, 184, 161-167.
  24. So, H., Chen, C.T., and Chen, Y.A. (1996) Wear Behaviors of Laser Clad Stellite Alloy 6, Wear, 192, 78-84.
  25. So, H. (1996) Characteristics of Wear Results Tested by Pin-on-Disk at Moderate to High Speeds. Tribology International, 29 (5), 415-423.
  26. So, H., Lin, Y.F., and Huang, K.W. (1997) Comparison of Flow Patterns between Plasticine and Aluminium Alloys in Hot Precision Forging. J. Materials Processing Technol., 66, 39-48.
  27. So, H., and Lin, R. C. (1999) The Combined Effects of ZDDP, Surface Texture and Hardness on the Running in of Ferrous Metals, Tribology International, 32, 243-253.
  28. So, H. and Liu, D.C. (2000) A Model for Elastic-Plastic Contact of Ellipsoids with Work-Hardening Effect, Journal of Chinese Inst. Engr., 23 (1), 1-8.
  29. So, H., Huang, C. L. and Wang, B. H. (2000). Interpretation of High Strain-Rate Tested Results by Micrographic Evidence, in Advances in Engineering Plasticity, ed. T. X. Yu, Q. P. Sun & J. K. Kim, Key Engineering Materials, 177-180, 219-224.
  30. So, H., Li, W. C., and Hsieh, H. K. (2001). Assessment of Powder Extrusion of Silicon Aluminium Alloy. J. Materials Processing Tech. 114, 18-21.
  31. So, H., and Hu, C. C. (2001) Effects of Friction Modifiers on Wear Mechanism of Some Steels Under Boundary Lubrication Conditions, Bench Testing of Industrial Fluid Lubrication and Wear Properties Used in Machinery Applications, ASTM STP 1404, G. E. Totten, L. D. Wedeven, J. R. dickey, M. Anderson, Eds., American Society for Testing an and Materials, West Conshohocken, PA 2001. 125-139.
  32. So H., Yu D. S., and Chuang C. Y. (2002) Formation and wear mechanism of tribo-oxides and the regime of oxidational wear of steel. Wear, 253, 1004-1015. (SCI)
  33. Chen P.Q., Lin S.J., Wu S.S., and So H. (2003) Mechanical performance of posterior spinal implant: Effect of materials, connecting plate, and pedicle screw design. Spine, 28(9), 881-886. (SCI)
  34. So H., and Lee Y.T. (2003) wear mechanisms of UHMWPE for artificial knee joints in combined rolling and sliding cyclic motion. J. Chinese Inst. Engineers, 26(6),825-834. (SCI)
  35. Lin S.J., Chen P.Q., Wu S.S. and So H. (2003) Influence of connecting plate on construct stiffness of spinal implants and motion of adjacent segments. J. Chinese Inst. Engineers, 26(6), 809-816. (SCI)]
  36. Lin Y.C. and So, H. (2004) Limitations on use of ZDDP as an antiwear additive in boundary lubrication. Tribology International, 37(1), 25-33. (SCI)
  37. So H. and Chen C. H. (2004) Effects of micro-wedges formed between parallel surfaces on mixed lubrication - Part I: Experimental evidence. Tribology letter, 17(3) 509-516. (SCI) NSC 89-2212-E-002-125 及NSC 90-2212-E-002-174.
  38. So H. and Hu C. C. (2004) Determination of load carrying ability of chemical films formed in sliding point contact. Accepted for publication, Tribology International. (SCI) NSC 87-2212-E-002-037.

 

B. Conference Papers
  1. So, H., and Lee, S. T. (1981) The Lubrication of Roller End to Rib Contact in Roller Bearings, Proc. 5th Conf. on Theo. & Appl. Mech., R.O.C., 301-315.
  2. So, H. (1981) Contact Pressure and Interfacial Stresses in Layered Cylinders, Proc. of International Symp. on Eng. Sci. and Mech., Tainan, 1308-1319.
  3. So, H., and Yen, C. F. (1982) The Effects of Contact Deflections on a Cam and Linkage Mechanism, Proc. 6th Conf. on Theo. & Appl. Mech., R.O.C., 142-156.
  4. 蘇侃, 江吉釧, 何永盛 (1983) 以熱彈液動力潤滑理論研究變速齒輪之潤滑, 中華民國第七屆力學會議論文集, 391-403.
  5. Tu, G. C., Chen, L. C., and So, H. (1985) Corrosion Fatigue Study of 2024 Aluminium Alloy, 4th Asian-Pacific Corrosion Control Conf. Tokyo.
  6. 蘇侃, 黃順發 (1986) 降低應力集中強度之最佳化分析, 中國機械工程學會第三屆研討會論文集, 中壢, 851-862.
  7. 鍾添東, 林陽泰, 蘇侃 (1986) 機械結構動態反應之最佳設計, 中國機械工程學會第三屆研討會論文集, 中壢, 719-730.
  8. So, H., and Jyi, Y. C. (1989) Elastic-Plastic Analysis of a Fully Lubricated Rough Metal Strip, Proc. US/TAIWAN Joint Symp. on Tribology, Taipei, 11-21.
  9. 蘇侃, 劉達全 (1989) 均向性高斯分佈粗度表面彈塑性接觸模型, 中國機械工程學會第六屆研討會論文集, 台南市, 967-973.
  10. So, H., and Shaw, D. L. (1992) High Strain-Rate and Temperature Effects on the Uniaxial Compression of Aluminium Alloys, Proc. Asia-Pacific Symp. on Advances in Eng. Plasticity and Its Applications, Hong Kong, 469-476.
  11. So, H. (1993) Computer Simulation of Lubricated Cold Rolling of Aluminum Foil, Proc. Joint US-Taiwan Symp. on Advanced Manufacturing Processes, GIT, USA, 263-275.
  12. So, H. (1993) On the Contact Problems of Rough Surfaces, 中華民國現代力學研討會暨第十七屆力學會議邀請論文集, 115-123.
  13. 蘇侃, 胡致中, 許祐維 (1996) ZDDP 抗極壓特性之研究, 中國機械工程學會第十三屆全國學術研討會論文集(流力), 台北市, 62-67.
  14. 林上智, 蘇侃, 陳博光 (1998) Mathematical Model for Estimating the Inertial Data of Human Bodylinkages, 中華民國骨科研究學會生物力學學會聯合年會暨學術研討會, 台大醫學院.
  15. So, H., Huang, C. L., and Wang, B. H. (2000) Interpretation of High Strain-Rate Results by Micrographic Evidence, in Proc. of 5th Asia-Pacific Symposium on Advances in Eng. Plasticity and Its Applications, Hong Kong, 219-224.
  16. So, H., and Hu, C. C. (2000) The Effects of Friction Modifiers on the Wear Mechanism of Some Steels under Boundary Lubrication Condition, in Symp. on Bench Testing of the Lubrication and Wear Properties of Industrial fluids Used in Machinery Applications, ASTM Symposium, Seattle, Washington, USA.
C. 研究計畫及技術報告
  1. 蘇侃, 翁政義 (1981) 滾柱軸承端面套環凸緣接觸面之潤滑, 國科會 NSC 69-E-0401-04(01)
  2. 蘇侃, 顏千峰 (1982) 用有限元素法分析凸輪跟連桿的彈性動力及運動特性--機械手之設計, 國科會NSC 70-0201-E009-02.
  3. 蘇侃, 顏千峰, 郭正次 (1982) 貝福客車主樑應力之分析, 公路局研究計畫, 交通大學機械系研究報告.
  4. 蘇侃, 廖南森 (1983) 齒輪變速箱用潤滑油性能之釐定, 三陽工業有限公司研究計畫, 交通大學機械系研究報告.
  5. 顏千峰, 蘇侃 (1983) 應變率對反覆荷重之影響, 國科會 NSC 71-0201-E009-09.
  6. 蘇侃, 涂肇嘉 (1984) 腐蝕及應力相互作用下對鋁合金疲勞壽命之影響(1), 國科會NSC 72-0405-E009-02.
  7. 蘇侃, 顏千峰 (1984) 齒輪之設計與潤滑, 中國石油有限公司研究計畫, 交通大學機械系研究報告.
  8. 蘇侃 (1984) 冷軋機背輥軸承油膜厚度之分析, 中國鋼鐵股份有限公司研究計畫, 台大慶齡工業研究中心報告.
  9. 蘇侃 (1984), 高壓黏度計之設計及測試, 中國石油有限公司研究計畫, 台大慶齡工業研究中心報告.
  10. 涂肇嘉, 蘇侃 (1985) 腐蝕及應力相互作用下對鋁合金疲勞壽命之影響(2), 國科會NSC 73-0405-E009-004R.
  11. 蘇侃, 呂秀雄 (1985) 軸承與齒輪系統電算模擬, 中國石油有限公司研究計畫, 台大慶齡工業研究中心報告.
  12. 蘇侃 (1985) 表面粗度對潤滑油不足時鋼球潤滑之影響研究, 國科會NSC 74-0401-E002-002.
  13. 蘇侃 (1986) 降低應力集中強度之最佳化分析, 國科會NSC 74-0401-E002-003.
  14. 蘇侃, 邱文英 (1986) 固體燃料替代材料之老化及潛變研究, 中山科學研究院研究計畫, 台灣大學應用力學研究所研究報告.
  15. 蘇侃, 袁京, 呂秀雄 (1987) 金屬成型之磨潤研究, 國科會NSC 75-0611-E002-02.
  16. 蘇侃 (1987) 低磷機油在引擎汽缸壁與活塞環間之磨損評估研究, 中國石油有限公司研究計畫, 台大慶齡工業研究中心報告.
  17. 呂秀雄, 蘇侃, 袁京, 王國雄, 顏鴻森 (1987) 機械工程學門規劃 -- 機械系統部份, 國科會NSC 76-0611-E002-06R.
  18. 蘇侃, 袁京, 呂秀雄 (1988) 金屬成型之磨潤研究, 國科會NSC 77-0401-E002-01.
  19. 蘇侃, 邱文英 (1988) 固體燃料替代材料之老化及潛變研究(II), 中山科學研究院研究計畫, 台灣大學應用力學研究所研究報告.
  20. 蘇侃, 鍾添東 (1988) 熱鍜傘形齒輪冷卻時之溫度分佈與變形研究, 金屬工業研究中心研究計畫, 台大慶齡工業研究中心報告.
  21. 蘇侃, 袁京, 呂秀雄 (1989) 金屬成型之磨潤研究, 國科會NSC 78-0422-E002-02.
  22. 蘇侃 (1989) 有機金屬硫磷化合物之邊界磨潤研究, 中國石油有限公司研究計畫, 台大慶齡工業研究中心報告.
  23. 蘇侃 (1991) 潤滑液對鋁箔在滾軋時塑變形之影響(I), 國科會NSC 80-0422-E002-03.
  24. 蘇侃 (1992) 有機金屬硫磷化合物抗磨原因之探討, 中國石油有限公司研究計畫, 台大慶齡工業研究中心報告.
  25. 蘇侃, 陳永傳 (1992) 氧化磨耗及邊界潤滑研究, 國科會NSC 80-0411-E002-2B.
  26. 陳鈞, 鄭勝文, 蘇侃, 陳立業 (1992) 高功率雷射之材料加工技術研究, 台大慶齡工業研究中心報告.
  27. 蘇侃, 楊宏智, 楊申語, 鄭榮和 (1992) 碳鋼閉模熱鍜技術之探討與電腦模擬, 國科會NSC 81-0422-E002-08.
  28. 蘇侃 (1993) 在邊界潤滑情形下具抗磨添加劑之磨耗機構研究, 國科會NSC 82-0401-E-002-027.
  29. 蘇侃 (1993) 擠製及拉管之潤滑分析, 工研院工材所委託學術機構研究計畫, 台大慶齡工業研究中心報告.
  30. 蘇侃, 楊宏智, 楊申語, 鄭榮和, 陳復國 (1993) 鋁合金之精密鍜造技術研究(I), 台大慶齡工業研究中心報告.
  31. 蘇侃 (1993) 鍜件與模具表面之磨潤狀態對鍜件塑性流之影響, 國科會NSC 82-0422-E-002-051.
  32. 蘇侃 (1994) 高溫高應變率對金屬塑性變形之效應(I), 國科會NSC 83-0401-E-002-146.
  33. 蘇侃, 楊宏智, 楊申語, 鄭榮和, 陳復國 (1994) 鋁合金之精密鍜造技術研究(II), 台大慶齡工業研究中心報告.
  34. 陳立業, 蘇侃, 陳復國 (1995) 黃銅筒體製程之分析研究, 聯勤202 兵工廠研究計畫, 台大慶齡工業研究中心報告.
  35. 蘇侃 (1995) 高溫高應變率對金屬塑性變形之效應(II), 國科會NSC 84-2212-E-002-021.
  36. 蘇侃, 楊宏智, 楊申語, 鄭榮和, 陳復國 (1995) 鋁合金之精密鍜造技術研究(III), 台大慶齡工業研究中心報告.
  37. 蘇侃 (1995) 摩擦修飾劑與極壓添加劑相互作用對礦物油潤滑性之影響(I), 國科會NSC 84-2212-E-002-020.
  38. 陳立業, 蘇侃, 陳復國 (1996) 碳鋼筒體製程之分析研究, 聯勤202 兵工廠研究計畫, 台大慶齡工業研究中心報告.
  39. 蘇侃, 劉正良 (1996) 台灣大學機械設計實作中心計畫, 國科會 NSC 85-2221-E-002-068.
  40. 蘇侃 (1996) 高溫高應變率對金屬塑性變形之效應(III), 國科會NSC 85-2212-E-002-020.
  41. 蘇侃 (1996) 摩擦修飾劑與極壓添加劑相互作用對礦物油潤滑性之影響(II), 國科會NSC 85-2212-E-002-019.
  42. 蘇侃, 鄭榮和 (1996) 粉末鍜造潤滑與製程分析, 工研院工材所委託學術機構研究計畫, 台大慶齡工業研究中心報告.
  43. 蘇侃 (1997) 摩擦修飾劑與極壓添加劑相互作用對礦物油潤滑性之影響(III), 國科會NSC 86-2212-E-002-004.
  44. 蘇侃 (1997) 台灣大學機械設計實作中心計畫(II), 國科會 NSC 86-2221-E-002-102.
  45. 蘇侃 (1998) 混合潤滑與極壓添加劑相互作用下之磨潤行為研究, 國科會NSC 87-2212-E-002-037.
  46. 蘇侃 (1998) 台灣大學機械設計實作中心計畫(III), 國科會 NSC 87-2218-E-002-028.
  47. 蘇侃, 江清泉 (1998) 鈦人工膝關節設計及磨耗評估, 工研院工材所委託學術機構研究計畫, 台大慶齡工業研究中心報告.
  48. 蘇侃 (1999) 人工膝關節耐久性分析與設計, 國科會NSC 88-2212-E-002-043.
  49. 蘇侃 (2000) 極壓添加劑對鋼材磨耗機構之影響, 石油暨石化產業科技學術合作研究計畫, 88-CPC-E-002-027.
  50. 蘇侃 (2000) 人工膝關節耐久性分析與設計(II), 國科會NSC 89-2212-E-002-028.

Book Chapters

1. So, H. and Chen, U. D. (1993) Properties Modeling of Visco-Elastic Elastomers, Elastomer Technology Handbook, ed. N. P. Cheremisinoff, CRC Press, USA, 399-420.
2. So, H. (2004) Metallic Tribo-oxides: formation and wear Behavior, in Surface Modification and Mechanisms: Friction, Stress, and reaction Engineering, ed. G. E. Totten and H. Liang, Marcel Dekker, Inc. New York, 31-58


 

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