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機械與電腦輔助工程系,歡迎您!!!
  恭賀本系蔡忠佑老師升等為 教授 !!
分類清單
林盛勇 Shen-Yung Lin

   

 
         
教授基本資料
姓名
林盛勇
現職
機械與電腦輔助工程系教授兼工程學院院長
學歷
國立台灣科技大學博士
專長
製造力學、結構設計、振動與噪音、奈米尺度特性
電話
(05)631-5319
傳真
(05)631-5310
電子郵件
學術歷程
經歷
 機械與電腦輔助工程系教授
 
黎明工專講師、副教授
 
美國密西根大學訪問學者程系講師
 
機械製造科科主任
 
實習(驗)小組招集人
教授課程
◎機械設計製圖
◎金屬切削成形實驗
◎製造分析
◎機械設計
◎工程數學(一)、(二)、(三)、(四)
◎靜力學
◎高速切削概論
◎金屬切削成形原理
◎動力學
◎材料力學
專利
專利名稱
專利號碼
國別
工具機之平衡配重減振系統
I 302485
中華民國
工具機之質量阻尼器
I 302486
中華民國

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

一、研究成果  
A.期刊論文 -
1.    1.Z. C. Lin and S. Y. Lin, 1990, An Investigation of a Coupled Analysis of a Thermo-Elastic-Plastic Model During Warm Upsetting, Int. J. Machine Tools and Manufacture Vol.30, pp.599-612 
2.    2.C. K. Chao and S. Y. Lin, 1990, Failure Stability of a Cracked Layer Between Dissimilar Materials, Theoretical and Applied Fracture Mechanics, Vol.13, pp.59-68
3.     3.G. C. Sih, C. K. Chao, C. H. Liu and S. Y. Lin, 1991, Deep Drawing of Plastically and   Incrementally Deformed Circular Cylindrically Cup, Theoretical and Applied Fracture Mechanics, Vol.15, pp.35-61
4.    4.Z. C. Lin and S. Y. Lin, 1992, A Coupled Finite Element Model of Thermo-Elastic-Plastic Large Deformation for Orthogonal Cutting, Trans. ASME, J. Engineering Materials and Technology, Vol.114, pp.218-226
5.     5.Z. C. Lin and S. Y. Lin, 1992, Using a Thermo-Elastic-Plastic Coupling Model to Investigate the Effect of Rake Angle on the Physics of Metal Cutting, J. Chinese Society of Mechanical Engineers, Vol.13, pp.568-580
6.     6.Z. C. Lin and S. Y. Lin, 1993, An Investigation of Ductile Fracturing in Mild Steel During Upsetting, Int. J. Machine Tools and Manufacture Vol.33, pp.31-50
7.     7.S. Y. Lin, 1995, An Investigation of Die-Workpiece Interface Friction During the Upsetting Process, J. Materials Processing Technology, Vol.54, pp.239-248
8.    8.S. Y. Lin, 1996, Hollow Cylinder Upsetting Between Flat Platens Considering Unequal Frictional Conditions, J. Strain Analysis for Engineering Design, Vol.31, pp.403-412
9.     9.S. Y. Lin, 1997, An Investigation of Unequal Interface Frictional Conditions During the Upsetting Process, J. Materials Processing Technology, Vol.65, pp.292-301
10.  10.S. Y. Lin, 1997, Investigation of the Effect of Dissimilar Interface Frictional Properties on the Process of Hollow Cylinder Upsetting, J. Materials Processing Technology, Vol.66, pp.204-215
11.  11.S. Y. Lin, 1997, Analysis of the Dissimilar Interface Frictional Constraints During the Upsetting Process, Int. J. Advanced Manufacturing Technology, Vol.13, pp.601-610
12.  12.S. Y. Lin, 1997, Surface Waviness Removed by Orthogonal Machine Cutting Theoretical and Applied Fracture Mechanics, Vol.28, pp.69-80
13.  13.S. Y. Lin, 1997, Pressing of Circular Cylindrical Bar with Unequal Frictional Interface Conditions, Theoretical and Applied Fracture Mechanics, Vol.28, pp.147-155
14.  14.S. Y. Lin, 1998, Spring Back Phenomenon Exhibited in the Process of Hollow Cylinder Upsetting, Int. J. Advanced Manufacturing Technology, Vol.14, pp.466-473
15.  15.S. Y. Lin, 1999, Upsetting of a Cylindrical Specimen Between Elastic Tools, J. Materials Processing Technology, Vol.86, pp.73-80
16.  16.S. Y. Lin, 1999, Investigation of Die-Workpiece Interface Friction with Lubrication During the Upsetting Process, Int. J. Advanced Manufacturing Technology, Vol.15, pp.666-673
17.  17.S. Y. Lin, 2000, Effect of Dissimilar Interfacial Roughness Properties on Deformation Characteristics of Plastic Compression, J. Strain Analysis for Engineering Design, Vol.35, pp.71-81
18.  18.S. Y. Lin, 2002, Stress Analysis of Upsetting with Concave Curved Dies, J. Materials Processing Technology, Vol.123, pp.36-41 
19.  19.F. C. Lin and S. Y. Lin, 2002, Effect of Frictional Constraints on the Barreling Formations in Cylinder Upsetting with a Hollow Die, Materials and Manufacturing Processes, Vol.17, No.2, pp.199-212 
20.  20.F. C. Lin and S. Y. Lin, 2002, Radius Ratio Estimation and Fold Situation Prediction of the Deformation Profile in Forging-Extrusion Process, Computers and Structures,Vol.80, No.24, pp.1817-1826 
21.  21.S. Y. Lin and F. C. Lin, 2003, Prediction of Fold Defects in Barreling Formations of Cylinder Upsetting, Finite Elements in Analysis and Design, Vol.39, pp.325-341 
22.  22.F. C. Lin and S. Y. Lin, 2003,Elimination of Fold Defects in the Radial Extrusion of Tubular Components Using An Elastic Support Ring, J. Strain Analysis for Engineering Design, Vol.38, No.2, pp.169-179 
23.  23.S. Y. Lin and F. C. Lin, 2003, Influences of the Geometrical Conditions of Die and Workpiece on the Barreling Formation during Forging Extrusion Process, J. Materials Processing Technology, Vol.140, pp.54-58 
24.  24.S. Y. Lin and C. M. Chang, 2005, An Investigation of Unequal Interface Friction Conditions During the Upsetting Process of Ellipsoid, J. Chinese Society of Mechanical Engineers, Vol.26, No.4, pp.407-414 
25.  25.S. Y. Lin and T. S. Yang, 2005, Investigation of Upsetting with Curved Dies Through Analytical and Numerical Methods, J. Chinese Society of Mechanical Engineers, Vol.26, No.5, pp.539-546 
26.  26.S. Y. Lin and C. M. Chang, 2005, Hollow Ellipsoid Upsetting Between Flat Platens Considering Unequal Friction Conditions, J. Chinese Society of Mechanical Engineers. Vol.26, No.6, pp.711-716 
27.  27. J. C. Lin, S. Y. Lin, K. S. Lee, Ming-Fang Lu and Chiaming Yen, 2006, The Optimum Selection of a Parting Line for an Injection Mould Using FEM Database Management and Application Techniques, Material Science Forum, Vol.895-900, pp.769-774. 
28.  28.F. C. Lin and S. Y. Lin, 2006, Predictions of the Minimum Amounts of Preforming in the Radial Extrusion of Tubular Components, Material Science Forum, Vol.505-507, pp.769-774 
29.  29.S. Y. Lin and F. C. Lin, 2006, Predictions of the Minimum Relative Depth of Die Cavity and the Minimum Amount of Preforming in the Radial Extrusion of Tubular Components, Computers and Structures,Vol.84, pp.503-513 
30.  30.S. Y. Lin, J. C. Lin, C. C. Lin, W. Y. Jywe and B. J. Lin, 2006, Life Prediction System Using a Tool’s Geometric Shape for High-Speed Milling, Int. J. Advanced Manufacturing Technology Vol.30, No.7-8, pp.622-630 
31.  31.B. J. Lin, C. C. Lin, W. Y. Jywe, S.Y. Lin, J. C. Lin, 2007, Motion-Curve Synthesis and Geometric Design of Globoidal Cam Mechanism with Intermittent Variable Speed, Proceedings of the Institution of Mechanical Engineers, Part C, Journal of Mechanical Engineering Science, Vol.221, No.3, pp.329-339 
32.  32.S. Y. Lin, Y. C. Liu and C. W. Huang, 2008, An Investigation of Surface Grinding Characteristics for Titanium Alloy with CBN Wheel, Key Engineering Materials, Vol.364-366, pp.237-242 
33.  33.S. Y. Lin and Y. C. Fang 2008, Dynamic Characteristics in Cutting Processses for Precision Machining, Key Engineering Materials, Vol.364-366, pp.265-271 
34.  34.S. Y. Lin, C. M. Chang and C. K. Chang, 2008, Influence of Process Parameters on T-shape Tube HydroForming Characteristics for Magnesium Alloy, Key Engineering Materials, Vol.364-366, pp.973-979 
35.  35.S. Y. Lin and S. H. Cheng, 2008, Investigation of the Chip Types in High Speed Machining of SKD11 Steel, Key Engineering Materials, Vol.364-366, pp.1009-1014 
36.  36.S. Y. Lin, S. H. Yu and M. L. Wu, 2007, Effect of Different Coating Materials on Cutting Performance in High-Speed Machining of Mold Steels, Key Engineering Materials, Vol.364-366, pp.1026-1031 
37.  37.S. Y. Lin, S. H. Cheng and C. K. Chang, 2007, Construction of a Surface Roughness Prediction Model for High Speed Machining, Journal of Mechanical Science and Technology, Vol.21, No.10, pp.1622-1629 
38.  38.S. Y. Lin, Y. C. Fang and C. W. Huang, 2008, Improvement Strategy for Machine Tool Vibration Induced from the Movement of a Counterweight during Machining Process, Int. J. Machine Tools and Manufacture, Vol.48, Issues 7-8, pp.870-877 
39.  39.S. Y. Lin, C. M. Chang and S. S. Chi, 2008, Process Parameters Effect on Rectangular Tube Hydro-Forming with Magnesium Alloy, Advanced Design and Manufacture to Gain a Competitive Edge, Edited by Xiu-Tian Yan, Chengyu Jiang and Benoit Eynard, Springer, ISBN: 978-1-84800-240-1, pp.671-686 
40.  40.F. C. Lin, S. Y. Lin, Y. C. Hsu, B. Y. Lee and C. T. Kwan, 2008, Minimum Additional Material Volume Prediction for Preform Product by Using Abductive Network and Taguchi Method, Archives Materials Science and Engineering, Vol.33, pp.57-60 
41. 41.S. Y. Lin and Cha'o Kung Chen,2009,Construction of Dynamic Cutting Force Model for Oblique Cutting, Vol.233, pp.accepted by Proceedings of the Institution of Mechanical Engineers, Part B, Journal of Engineering Manufacture 
42. 42.S. Y. Lin, C. M. Chang and R. F. Shyu,2009,Forming Rule Construction for Hourglass-Like Tube Hydroforming with Magnesium Alloy, Materials Science Forum, Vol.628-629, pp.489-498
 
 
B.研討會論文
1.    1.S. Y. Lin, 1996, An Investigation of the Non-Symmetrical Deformation During the Side Pressing Process, pp.267-274中華民國力學學會第二十屆力學會議,台灣科大,台北市
2.    2.S. Y. Lin, 1997, Influence of the Die-Elasticity on the Deformation Behavior of Hollow Cylinder Upsetting, pp.175-182機械工程學會第十四屆學術研討會,中央大學,中壢市
3.    3.S. Y. Lin, 1998, Non-Symmetrical Deformation Resulting from Dissimilar Interfacial Roughness Properties, pp.115-122機械工程學會第十五屆學術研討會,成功大學,台南市
4.    4.黃柏翔羅斯維林盛勇 1999, 以黏塑性壓力媒介法做微小孔擠壓成形之研究, pp.151-157機械工程學會第十六屆學術研討會,清華大學,新竹市
5.   5.S. Y. Lin and T. S. Yang, 2000, Stress Analysis in Upsetting With Any Curve Dies, pp.445-452機械工程學會第十七屆學術研討會,高雄第一科大,高雄市
6.   6.F. C. Lin and S. Y. Lin, 2001, Application of FEM and Abductive Network for Investigating Fold Defect in Forging-Extrusion Process, 機械工程學會第十八屆學術研討會,台灣科大,台北市
7.   7.F. C. Lin and S. Y. Lin, 2002, Prediction of the Material Flow Characteristics in Radial Extrusion of Tubular Flange, 機械工程學會第十九屆學術研討會,虎技學院,虎尾鎮
8.   8.S. Y. Lin and F. C. Lin, 2003, Influences of the Geometrical Conditions of Die and Workpiece on the Barreling Formation during Forging Extrusion Process, The 6th Asia Pacific Conference on Materials Processing,台灣科大,台北市
9.     9.林盛勇鄭松輝 2003, 高速切削殘留應力預測模型之建立,機械工程學會第二十屆學術研討會,台灣大學,台北市
10.  10.林盛勇鄭松輝 2003, 模具鋼SKD11高速切削切屑形式之探討,中華民國力學學會第二十七屆力學會議,成功大學,台南市
11.  11.林盛勇鄭松輝 2004, 以數值分析及類神經網路建構高速切削表面粗糙度預測模型,機械工程學會第二十一屆學術研討會,中山大學,高雄市
12.  12.S. Y. Lin, 2005, The Effect of Process Variables on Surface Grinding of SUS304 Stainless Steel, International Conference on Engineering Education, July 25-29, Gliwice, Poland.
13.  13.S. Y. Lin, 2005, The Analysis of Cutting Performance for Different Materials Coating Tools in High-Speed Machining of Mold Steels, 50th Internationales Wissenschaftliches Kolloquium, , Ilmenau, Sep. 19-23, Ilmenau, Germany.
14.  14.S. Y. Lin and C. M. Chang, 2005, An Investigation of Unequal Interface Friction Conditions During the Upsetting Process of Ellipsoid, 9th Asian Symposium on Precision Forging, October 3-5, Kaohsiung, Taiwan.
15.  15.S. Y. Lin and T. S. Yang, 2005, Investigation of Upsetting with Curved Dies Through Analytical and Numerical Methods, 9th Asian Symposium on Precision Forging, October 3-5, Kaohsiung, Taiwan
16.  16.林盛勇方彥欽, 2005, 五軸工具機結構動態分析之建構,機械工程學會第二十二屆學術研討會,中央大學,中壢市
17.  17.方得華, 連文榤, 盧燈茂, 林盛勇, 2005, ECR-CVD成長奈米碳管及奈米碳團簇之研究, 機械工程學會第二十二屆學術研討會,中央大學,中壢市 
18.  18.方得華, 康紹輝, 瞿嘉峻, 林盛勇, 連文榤, 盧燈茂,劉健鋒, 2005, 蝴蝶翅膀之奈米結構與親疏水性研究,第九屆奈米工程暨微系統技術研討會,南台科技大學, 台南市 
19.  19.F. C. Lin and S. Y. Lin, 2005, Predictions of the Minimum Amounts of Preforming in the Radial Extrusion of Tubular Components, International Conference on Advanced Manufacture, November 28-29, Taipei, Taiwan
20.  20.S. Y. Lin and C. M. Chang, 2005, Hollow Ellipsoid Upsetting Between Flat Platens Considering Unequal Friction Conditions, International Conference on Advanced Manufacture, November 28-29, Taipei, Taiwan
21.  21.H. S. Lin, Y. C. Hsu, S. Y. Lin and S. Y. Shao, 2006, Applications of Hole Flanging with Counter-Pressure: Gear-Shape Forming and Edge Sizing, Proceedings of the 4th JSTP International Seminar on Precision forging, Nara, Japan, March 21-24
22.  22.S. Y. Lin and C. M. Chang, 2006, A Construction of Process Parameters for Irregular Tube with Magnesium Alloy during Hydro-Forming, The 5th Asian-Pacific Conference on Aerospace Technology and Science, Oct.30-Nov3, Guilin, China
23.  23.林盛勇、方彥欽,2006, 立式工具機Z軸平衡配重移動衍生刀具振動之分析及改善,機械工程學會第二十三屆學術研討會,崑山科技大學,永康市
24.  24.林盛勇、張俊明,2006, 鎂合金長方形管件液壓成形製程參數之建立,中華民國力學學會第三十屆力學會議,大葉大學,大村鄉
25.  25.林盛勇、張俊明,2006, 鎂合金直管鼓脹液壓成形製程參數之建立,第五屆全國精密製造學術研討會,高雄應用科技大學,高雄市
26.  26.林盛勇、方得華、陳文立, 2006, 以分子動力學模擬金奈米線結構拉伸與壓縮之力學行為,2006年彰雲嘉大學校院聯盟學術研討會,嘉義大學,嘉義市
27.  27.S. Y. Lin, Y. C. Liu and C. W. Huang, 2007, An Investigation of Surface Grinding Characteristics for Titanium Alloy with CBN Wheel, AsiaPacific Conference on Optics Manufacture, January 11-13, Hong Kong
28.  28.S. Y. Lin and Y. C. Fang 2007, Dynamic Characteristics in Cutting Processses for Precision Machining, AsiaPacific Conference on Optics Manufacture, January 11-13, Hong Kong
29.  29.S. Y. Lin, C. M. Chang and C. K. Chang, 2007, Influence of Process Parameters on T-shape Tube HydroForming Characteristics for Magnesium Alloy, AsiaPacific Conference on Optics Manufacture, January 11-13, Hong Kong
30.  30.S. Y. Lin and S. H. Cheng, 2007, Investigation of the Chip Types in High Speed Machining of SKD11 Steel, AsiaPacific Conference on Optics Manufacture, January 11-13, Hong Kong
31.  31.S. Y. Lin, S. H. Yu and M. L. Wu, 2007, Effect of Different Coating Materials on Cutting Performance in High-Speed Machining of Mold Steels, AsiaPacific Conference on Optics Manufacture, January 11-13, Hong Kong
32.  32.S. Y. Lin, S. H. Cheng and C. K. Chang, 2007, Construction of a Surface Roughness Prediction Model for High Speed Machining, Advances in Materials and Processing TechnologiesConference, October 7-11, Daejeon, Korea
33.  33.林盛勇、黃柏菁、唐啟哲、施志承、陳明志,2007, PCBN刀具於精密模具高速車削加工性能之研究,機械工程學會第二十四屆學術研討會,中原大學,中壢市
34.  34.林盛勇、張鎔崴、鄭元祐、張哲綱、洪啟釗、張耕瑞、宋孟儒,2007, 自由曲面五軸加工切削穩定性之分析,中華民國力學學會第三十一屆力學會議,義守大學,大樹鄉
35.  35.S. Y. Lin, C. M. Chang and S. S. Chi, 2008, Process Parameters Effect on Rectangular Tube Hydro-Forming with Magnesium Alloy, International Conference on Advanced Design and Manufacture, 14-16 January 2008, Hainan/Sanya, China
36.  36.林盛勇、鄭元祐2008, 切削鈦合金切屑形成與切削性能之探討,2008精密機械與製造科技研討會,高苑科大,路竹鄉
37.  37.S. Y. Lin, C. M. Chang, R. F. Shyu, 2008, Construction of a Prediction Model for an Acceptable T-shape Tube Product in Magnesium Alloy Hydro-forming, 8th Asia-Pacific Conference on Materials Processing, 16-20 June 2008, Guilin, China
38.  38.林盛勇、張哲綱2008, 自由曲面五軸加工切削穩定性之分析,第十六屆中華民國振動與噪音工程學術研討會,台北科大,台北市
39.  39.林盛勇、黃建武、徐瑞芳,2008,多層次升降拖車輕量化設計之研究,中華民國第十三屆車輛工程學術研討會,明志科技大學,泰山鄉
40.  40.林盛勇、黃建武、徐瑞芳,2008, 多層次拖車結構之分析與改良,機械工程學會第二十五屆學術研討會,大葉大學,大村鄉
41.  41.林盛勇、張哲綱,2008, 不同車速下小客車行駛不同路況之動態響應量測與診斷評估,中華民國力學學會第三十二屆力學會議,中正大學,民雄鄉
42.  42.林盛勇、張鎔崴、張哲剛,2008, 軸承預壓影響主軸剛性特性之研究,第六屆全國精密製造研討會,崑山科技大學,永康市
43.  43.S. Y. Lin, C. C. Tang, J. C. Shih and S. S. Chi, 2008, Performance investigation for precision moldturning by PCBN tool, Advances in Materials and Processing TechnologiesConference, 2-5 November 2008, Bahrain
44.  44.S. Y. Lin, R. W. Chang, C. T. Chung, C. K. Chang, 2008, Cutting Stability Investigation on a Complicated Free Surface Machining,  9th Global Congress on Manufacturing and Management (GCMM2008), 12-14 November 2008, Surfers Paradise, Australia
45. 45.S. Y. Lin, C. K. Chang,C. T. Chung, F. C. Hsu, C. C. Wang, Y. C. Hsu,2009,Excited Energy Attenuation Study Through Vibration Measurement and Speactrum Analysis, The 9th Internal Symposium on Measurement Technology and Intelligent, 29 June - 3 July, Saint-petersburg Russia
46. 46.S. Y. Lin, C. K. Cheng, 2009, Prediction Model Construction for Residual Stress Distribution in High Speed Machining, 20th International Conference on Production Research, 2-6 Auguest 2009, Shanghai China
47. 47.S. Y. Lin, C. Y. Tsai, J. C. Shih, Estimating the Effect of the Forming Parameters on Bellows Hydroforming, Using Finite Element Method, 4th International Conference on Tube Hydroforming, 6-9 September 2009, Kaohsiung Taiwan
48. 48.S. Y. Lin, C. M. Chang and R. F. Shyu, 2009, Forming Rule Construction for Hourglass-Like Tube Hydroforming With Magnesium Alloy, 13th International Manufacturing Conference in China, 21-23 September 2009, Dalian China
49. 49.S. Y. Lin, R. W. Chang, C. K. Chang, C. W. Huang, 2009,Effect of the Bearing Preload on the Characteristics of the Spindle Stiffness, 2nd International Conferenceon Advanced Design and Manufacture Conference, 24-26 September 2009, Harbin China
50. 50.Sheng-Yung Lin, Y. Y. Cheng and C. T. Chung, 2009,Chip formation and cutting performance investigation on titanium alloy maching, 12th Advances in Materials and Processing Technologies Coference, 26-29 October 2009, Kula Lumpur, Malaysia
51. 51.林盛勇、鄭元祐,2009,鎳基超合金Inconel 718 切削性能與刀具壽命之探討,2009,精密機械與製造科技研討會,高苑科大,路竹鄉
52. 52.林盛勇、林義祥,2009,硬化模具鋼SKD11高速銑削性能之分析,2009,精密機械與製造科技研討會,高苑科大,路竹鄉
53. 53.林盛勇、鄭元佑,2009,鎳基超合金切削性能與加工技術之探討,2009,中華民國力學學會第三十三屆力學會議,聯合大學,苗栗市
54. 54.林盛勇、施志承,2009,不同圈數波紋管液壓製程參數影響成形性之探討,2009,中華民國力學學會第三十三屆力學會議,聯合大學,苗栗市
55. 55.徐瑞芳、林盛勇、宋孟儒,2009,塑鋼釘釘刺特性之探討,2009,中華民國力學學會第三十三屆力學會議,聯合大學,苗栗市
56. 56.林盛勇、王政隆,2009,非接觸式測厚儀有限元素分析與設計,2009,機械工程學會第二十六借學術研討會,成功大學,台南市
 
C.     C.曾參與之重要研究計畫
計畫名稱
執行時間
金額(萬)
高速切削技術於精密模具製造之研究
2001/8/1-2002/7/31
6.5
提升高速工具機應用於切削模具及薄片精度研究(2/3)-子計畫四:高速切削技術於精密模具製造之研究
2002/8/1-2003/7/31
5.7
提升高速工具機應用於切削模具及薄片精度研究(3/3)-子計畫四:高速切削技術於精密模具製造之研究
2003/8/1-2004/7/31
5.54
提升離心泵葉片五軸量測及加工精度系統整合與誤差補償技術-子計畫三:五軸加工切削動態與穩定性分析研究(1/3)
2004/8/1-2005/7/31
6.68
提升離心泵葉片五軸量測及加工精度系統整合與誤差補償技術-子計畫三:五軸加工切削動態與穩定性分析(2/3)
2005/8/1-2006/7/31
66.1
立式工具機Z軸平衡配重移動衍生刀具振動之分析及改善研究
2005/5/1-2006/4/30
64.1
提升離心泵葉片五軸量測及加工精度系統整合與誤差補償技術-子計畫三:五軸加工切削動態與穩定性分析(3/3)
2006/8/1-2007/7/31
66.3
PCBN刀具於精密模具高速沏削加工之研究
2006/5/1-2007/4/30
68.4
提昇鈦合金切削加工性能與刀具使用壽命之研究
2007/8/1-2008/7/31
73.1
軸承預壓影響主軸剛性特性之研究
2007/5/1-2008/4/30
61.4
避震器試驗機結構設計與傳動之設計開發及測試
2006/12/1-2007/11/30
32
多層次升降箱式拖車車體結構分析與改良
2007/4/30-2007/10/31
23
軸承預壓影響主軸剛性特性之研究
2007/5/1-2008/4/30
61.4
提昇鎳基超合金Inconel 718切削加工性能與刀具使用壽命之研究
2008/8/1-2009/7/31
60.3
6T雙金屬鋸片齒型最佳化設計研究(二)
2008/7/1-2008/12/31
20
軋延機之振動與溫升系統影響非接觸式板片測厚精度評估
2008/9/1-2009/2/28
20
旋轉式進給平面磨床之結構設計分析
2008/10/1-2009/9/30
40
運用綠色製造技術以提昇硬化模具鋼之切削性能與刀具壽命
2009/8
83.5
鐘錶元件精密車削關鍵技術之開發
2009/7
85.26
主軸系統性能評估方法與程序之建立
2009/3
14.75
應用有限元素法進行大客車車體結構最佳化設計
2009/3
7.2
教育部98年度推動技專校院與產業園區產學合作計畫--直線-圓弧側銑較佳切削性能刀具路徑之規劃策略
2009/1
82.2
刀桿精度與加工能力測試
2009/6
10
熱平衡高剛性結構高速高精度工具機之設計與分析
2009/8
80
多軸精密刀具磨床結構剛性性能評估系統之建立
2009/1
10
轉塔式CNC沖床結構剛性與沖剪噪音之檢測分析
2009/3
18
經濟部學界開發展業技術計畫-高精度工具機關鍵模組化技術開發三年計畫)(第二年)
2009/06-2010-06
 
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