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單位 |
模具系 |
姓名 |
李聰慶 |
職稱 |
教授 |
電話 傳真 |
07-3814526-5411 07-3835015 |
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最高學位 |
國立成功大學機械工程博士 |
重要 經歷 |
1.中科院系統中心機工官 2.金屬中心助理工程師 3.國立高雄工商專模具工程科科主任 4.國立高雄應用科技大學模具工程系副教授、教授 |
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(一)教學 |
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a.主要授課 課程： |
模機具機構設計 |
機動學 |
機器人學與應用 |
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電腦圖學及CAD/CAE |
靜力學 |
夾治具學 |
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b.教材或教 具的編著 |
名稱 |
出版公司 |
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(二)研究成果 |
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a.期刊論文:(作者姓名、著作名稱、期刊名稱、卷數、起始頁數、年) 1.吳明宜, 李聰慶,
顏鴻森, Nov.
1982,”工業機械手之構造合成” 機械工程, 中國機械工程學會,
pp.30-38.（71學年度；71年度） 2.李聰慶, Sep. 1985, “雙數法
- 機械手機構運動分析工具” 金工, Vol.19, No.5, pp.1-7.（74學年度；74年度） 3.李聰慶, Sep. 1985, “機械手的工作空間”
金工, Vol.19,
No.5, pp.8-16.（74學年度；74年度） 4.Chung-Ching
Lee and Hong-Sen Yan, 1990, “Movable Spatial 4R Mechanism With Normal
Link-offset,” Journal of the CSME, Vol.11, No.1, pp.23-28.（79學年度；79年度） 5.Chung-Ching
Lee and Hong-Sen Yan,
1990, “Movable Spatial 6R Mechanisms with Three Adjacent Concurrent Axes,”
Transactions of the Canadian Society for Mechanical Engineering, Vol.14,
No.3, pp.85-90.（79學年度；79年度） 6.Chung-Ching
Lee and Hong-Sen Yan, Sep. 1993, “Movable Spatial 6R Mechanisms with Three
Adjacent Parallel Axes,” Transactions of ASME, Journal of Mechanical Design,
Vol.115, No.3, pp.522-529.（82學年度；82年度） 7.Chung-Ching
Lee and Hong-Sen Yan, Oct. 1993, “Movable Spatial 5R Mechanisms With Adjacent Intersecting Axes,” Journal
of Applied Mechanism & Robotics, Vol.1, No.1, pp.29-35.（82學年度；82年度） 8.Chung-Ching
Lee and Hong-Sen Yan, Dec. 1993, “On the Number of Movable Spatial 4R
Mechanisms,” Journal of NKIT, Vol.23,pp.331-350.（82學年度；82年度） 9.Chung-Ching
Lee, Mar.1995, “Kinematic Analysis and Synthesis of Bennett 4R Mechanism”
JSME International Journal, series C, Vol.38, No1.pp.199－207.（83學年度；84年度） 10.Chung-Ching
Lee, Feb.1995, “Higher-Order Coupler-Curve Analysis and Path Generation
Synthesis of Bennett 4R Mechanism” Accepted for Publication in Journal of the
Chinese Society of Mechanical Engineers., Vol.16, No.1.pp.39－47（83學年度；84年度） 11.Chung
Ching Lee, 1995, “On the Synthesis of Movable Spatial 6R Linkages from Movable 4R Chains” Journal
of Applied Mechanism and Robotics (AMR－93－042－01~06).（84學年度；84年度） 12.Chung
Ching Lee, 1996, “On the Simple Stationary Configurations of Single-Loop
Spatial N-Revolute Ocerconstrained Linkages”,Transcations of the Canadian
Society for Mechanical Engineering, Vol.20,NO.1. pp.17~39.（84學年度；85年度） 13.Chung
Ching Lee, 1996, “Kinematic Analysis and
Dimensional Synthesis of General Type Sarrus Mechanism”,JSME
International Journal,series C, Vlo.39,No.4,pp.790-799.（84學年度；85年度） 14.Chung-ching, Lee, 2000 May . "Analysis and Synthesis of Schatz Six-Revolute Mechanisms," JSME International Jorunal, Series C, Vol.43,PP.80-91。(88學年度;89年度) b.研討會論文(作者姓名、著作名稱、研討會名稱、起始頁數、年) 1.Chung-Ching
Lee and Hong-Sen Yan, July 6-11, 1989, “Movable Spatial 4R Mechanism with
Zero Link-Offset,” The Fifth IFToMM International Symposium on Linkages and
Computer Design Methods- Theory and Practice of Mechanism, Burcharest,
Romania, pp.55-62. （77學年度；78年度） 2.Chung-Ching
Lee and Hong-Sen Yan, Sep. 16-19, 1990, “ Movable Spatial 6R Mechanisms with
Three Adjacent Parallel Axes,” Proceedings of the 21st ASME
Mechanism Conference, DE-Vol.26, pp.263-270, to appear in ASME J. Mech.
Design.（79學年度；79年度） 3.Chung-Ching
Lee and Hong-Sen Yan, Nov. 3-6, 1991, “Movable Spatial 5R Mechanisms With
Adjacent Intersecting
Axes,” Proceedings of the 2nd National Applied Mechanism and
Robotic Conference, Cincinnati, Ohio, pp.IIIA.3-1-IIIA.3-6.（80學年度；80年度） 4.康耀鴻, 李聰慶,
Mar. 1991, “Bennett 4R機構”
第六屆全國技術及職業教育研討會,
pp.20626-20633.（79學年度；80年度） 5.李聰慶, 顏鴻森,
Mar. 1991, “空間3R連桿組” 第六屆全國技術及職業教育研討會,
pp.20700-20705.（79學年度；80年度） 6.Chung-Ching
Lee, Dec., 1991, “Kinematic Analysis and Application of LeeYan No.1 6R Mechanism,”
Proceedings of the Eighth National Conference on Mechanical Engineering,
Taipei, Taiwan, R.O.C. pp.1297-1304.（80學年度；80年度） 7.Chung-Ching
Lee, Sep., 1992, “Kinematic Analysis and Synthesis of Type II Movable Spatial
6R Mechanism with Three Adjacent Parallel Axes,” Proceedings of the 1992 ASME
22nd Mechanism Conference, DEL-Vol.46, Mechanical Design and
Synthesis, pp.607-613.（81學年度；81年度） 8.Chung-Ching
Lee, Sep., 1992, “The Mobility Criteria of a general Spatial 5R Mechanism,” Proceedings of
the Sixth International Conference on the Theory of Machines and Mechanisms,
Liberec, Cechoslovakia, pp.137-142.（81學年度；81年度） 9.Chung-Ching
Lee and Yaw-Hong Kang, Nov., 1992, “Kinematic Study of Bennett 4R Mechanism
and Its Function Generation Synthesis” 9th Nat. Conf. on Mech.
Eng. CSME, Kaohsiung, Taiwan, R.O.C. pp.475-482.（81學年度；81年度） 10.Chung-Ching
Lee, March, 1993, “Geometric Properties of Bennett 4R Mechanism and Its
Application,” Proceeding of 8th T.V.E. Conference of R.O.C.（81學年度；82年度） 11.Chung-Ching
Lee, Jul., 1993, “On the Kinematics of a Class of Movable 6R Mechanisms,”
Conference on Geometry, Kinematics and Robotics including the 1. Austrian
IFToMM-Symposion, Seggauberg, Austria.（81學年度；82年度） 12.Chung-Ching
Lee, Nov., 1993, “On the Synthesis of Movable Spatial 6R Linkages from
Movable 4R Chains” Proceedings of the 3rd National Applied
Mechanism and Robotic Conference, Vol.1, pp.AMR-93-042-01~06.（82學年度；82年度） 13.Chung-Chung
Lee, Dec. 1993, “An Account of Movable 4-Revolute Mechanisms” Proceedings of
the Tenth National Conference on Mechanical Engineering, Hsinchu, Taiwan,
R.O.C, pp.351-356.（82學年度；82年度） 14.Chung-Ching
Lee, Sep., 1994, “On the Analysis and Synthesis of Type I Spatial 6R
Overconstrained Mechanism,” Proceedings of the 1994 ASME 23rd
Mechanism Conference, DEL-Vol.70, Mechanism
Synthesis and Analysis, pp.199-206.（83學年度；83年度） 15.Chung-Ching
Lee, Nov. 1994, “Higher-Order Coupler-Curve Analysis and Path Generation
Synthesis of Bennett 4R Mechanism” Proceedings of the Eleventh National
Conference on Mechanical Engineers, Taichung, Taiwan, R.O.C, pp.661-666.（83學年度；83年度） 16.Chung-Ching
Lee, Sep. 1995, “Kinematic Properties and Motion Gen eration Synthesis of
Bennett 4R Mechanism “ Proceedings of the Ninth World Congress on the Theory
of Machines and Mechanisms
,Milan,Vol.l,pp.291-295（84學年度；84年度） 17.Chung-Ching
Lee, Mar. 1996, “Movable Spatial 3-Bar Overconstrained Mechanisms with
Mobility one joints and at least
one Cylindric pair”, proceedings of 11th T.V.E Conferenc of
R.O.C.（84學年度；85年度） 18.Chung-Ching
Lee, Aug, 1996, “On the Generation Synthesis of Movable Octahedral 6R
Mechanisms”, proceedings of 1996 the 24th Biennial ASME Mechansims
Conference.96-DET/MECH-1576.（84學年度；85年度） 19.Chung-Ching.Lee,Jul.1997,”On
the Simple Stationary Configurations of Movable Spatial 6R Linkages,
“Proceedings of the International on Mechanical Transmissions and
Mechanisms-MTM197,Tianjin,pp.41-45.（85學年度；86年度） 20.Chugn-Ching .ee,Aug.,1997,”On the Reciprocal
Screw Axis of theSchatz Six-Revolute Cinlcage,”Proceedings of Seventh IFTOMM
International Symposium On Linkages and Computer Aided Design Methods-Theory
and practice of Mechanisms-SYROM97,Bucharest,Romania,vol.2,pp.195-200. （86學年度；86年度） 21.Chung-Ching Lee, Sep .1998, "A Geometric-Algebraic
Exploration of Two Kinds of Schatz 6R Linkages," Proceedings of DETC'98,
1998 ASME Design Engineering Technical Conference, DETC98/MECH-5903, Atanta,
Georgia.(87學年度;87年度) 22.Chung-Ching Lee, Nov. 1998,
"An Account of Delassus Three-Bar Overconstrained Mechanisms, "
Proceedings of the First National Conference on the Design of Mechanisms and
Machines, Tainan ,Taiwan,R.O.C.,pp.31-37. .(87學年度;87年度) 23.Chung-Ching
Lee, June.1999, "Numerical Computation and Geometric Exploration of
the Single Screw Axis Reciprocal to the Movable Spatial 6R Linkage, "
Tenth World Congress on the Theory of Machines and Mechanisms , Oulu ,
Finland ,June 20-24, Vol.1,pp.252-257.(87學年度;88年度) 24.Chung-Ching
Lee, Dec. 1999, "Two Kinds of Schatz Mechanisms, "Proceedings
of the Second National Conference on the Design of Mechanisms and Machines,
Hsinchu , Taiwan, R.O.C.,pp.71-76. .(88學年度;88年度) 25.Chung-Ching
Lee, July. 2000, "Development of a Constant-Velocity
Constant-Velocity Coupling From Bennett 4R Chains, "Proceedings of
International Conference on Gearing , Transmissions and Mechanical Systems,
Nottingham, UK,pp.643-652. (88學年度;89年度) 26.Chung-Ching Lee, Sep.,2000,"
DISCONTINUOUS mobility of Four-Link Mechanisms With Revolute, Prismatic and
Cylindric Pairs Through the Group Algebraic Structure of the Displacement
Set," Proceedings of VIII International Conference on the Theory of
Machines and Mechanisms , Liberec ,Czech republic ,pp.377-382.(89學年度;89年度) 27.Chung-Ching Lee, Sep.2000, "Computational and Geometric Investigation on the Reciprocal Screw Axis of Bricard Six-Revolute Mechanisms, " Proceedings of DETC'00 , 2000 ASME Design Engineering Technical Conference, DET00/MECH-6104, Baltimore,Maryland,USA. .(89學年度;89年度) c.專利(作者姓名、專利名稱、專利號碼、國別)
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d.曾參與之重要研究計畫(如國科會及建教合作案) |
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計畫名稱 |
執行期間 |
金額(萬) |
補助單位 |
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1.1991, 可動空間nR過度拘束連桿組之奇異構形 |
79.10
至80. 7 |
10 |
(79)顧字第52553號 |
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2.1992, BENNETT 4R機構之運動特性與應用研究, 計畫編號：NSC-81-115-E-151-10 |
80.10至81. 9 |
24.7 |
國科會 |
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3.1993, LeeYan No.1 6R 機構之分析, 合成與應用, 計畫編號:NSC
82-115-C151-509E |
81. 8
至82. 7 |
19.6 |
國科會 |
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4.1994, 具低對之可動空間三桿過度拘束機構, 計畫編號:NSC 83-0117-C151-26E |
82. 8
至83. 7 |
14.9 |
國科會 |
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5.1995,一般性Goldberg 5R機構之分析與合成,105p。計畫編號:NSC--84-2212-E-151-002 |
83.8.1至84.7.31 |
16.6 |
國科會 |
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6.模具製造系統之技術整合（I） |
83.7.1至84.5.31 |
50 |
金屬中心金屬加工實驗所 |
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7.模具製造系統之技術整合（II） |
84.7.1至85.5.31 |
40 |
金屬中心金屬加工實驗所 |
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8.1996,Schatz 6R機構幾何特性與尺寸合成，110p。計畫編號：NSC-85-2216-E-151-008 |
84.8.1至85.7.31 |
16.69 |
國科會 |
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9.專校精密模具技術教育研究總計畫 NSC-85-2516-S-151-005 |
85.5.31至87.7.31 |
80.1 |
國科會 |
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10.可動空間6R機構反覆螺旋軸之數值與幾何研究 |
88.8.1至89.7.30 |
29.04 |
國科會 |
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11.不連續可動的單迴路空間機構 |
89.8.31至90.7.31 |
32.7 |
國科會 |
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(三)服務 |
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a.推廣教育方面(如學分班、訓練班、培訓班) |
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b.技術服務 |
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c.擔任行政職 |
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行政職職稱 |
期限(年/月-年/月) |
行政職職稱 |
期限(年/月-年/月) |
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科主任 |
82/8-85/7 |
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d.協助系務(如舉行研討會或其他貢獻) |
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1. 推動本科改制升格為模具系不遺餘力之大功臣 2. 擔任管理「夾治具設計室」之負責老師(85年~迄今) 3. 擔任本系各委員會之委員 4. 擔任本系班導師 |
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e.參與其他校外公益事務 |
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