成果摘要 (Papers/Patents/Projects)
輥軋技術論文 (Papers)：
Sheu, J. J., Ho, C. J., Yu, C. H., & Kao, C. Y. (2022). High-Order Groove-Shape Curve Roll Design for Aluminum Alloy 7075 Wire Rolling. Metals, 12(7), 1071. https://www.mdpi.com/2075-4701/12/7/1071
Ho, C. J., Yu, C. H., Kao, C. Y., & Sheu, J. J. (2021, September). Process design and finite element analysis of multi-station two-roller cassette hot rolling for aluminum alloy 6061 wire. In Journal of Physics: Conference Series (Vol. 2020, No. 1, p. 012036). IOP Publishing. https://iopscience.iop.org/article/10.1088/1742-6596/2020/1/012036
許進忠、余征諴、黃羿翔、麥竣絴、呂其寰、許凱翔、簡恩玄,20211216,"鋼管通用輥軋成形設計與分析",2021 模具暨應用產業技術論文發表會, 台灣區模具工業同業公會,台北,台灣,Dec. 16, 2021
許進忠, 簡恩玄, 余征諴, 2021,"方型鋼管通用輥軋成形設計與分析",中國機械工程學會第三十八屆全國學術研討會,台南, Dec.03-04,2021
許進忠, 高啟源, 余征諴, 2021,"基於田口方法設計兩輥式熱做鋁合金輥軋",110年度第八屆台灣塑性加工學術研討會,台北, Nov.29,2021
Jinn-Jong Sheu,Bao-Shan Wang,Cheng-Hsien Yu,"Tube Roll Forming Flower Design and Flexible Roll Adjustment with CAE Simulation",2021 Forming the Future,pp.523-535.
Wang, B. S., Chen, J., Yu, C. H., & Sheu, J. J. (2020). Modelling of Neutral Line Parameter for Sheet Metal Stamping and Roll Forming Processes. In Solid State Phenomena (Vol. 311, pp. 41-47). Trans Tech Publications Ltd. https://www.scientific.net/SSP.311.41
許進忠, 柯泓竹, 余征諴, 2020,"精密鋼珠滑軌之組立設計方法與受力變形模擬分析",109年度第七屆台灣塑性加工學術研討會,高雄, Nov.23,2020
許進忠、余征諴、許基昌、簡恩玄、2020、"焊接鋼管通用輥軋成形設計與分析",中國機械工程學會109年度年會暨第37屆全國學術研討會,雲林,Nov.21,2020
許進忠,高啟源,余征諴,2020,"三輪輥軋與兩輪輥軋熱作AL1050成形設計與分析“第七屆台灣塑性加工研討會論文集,高雄, Nov.23,2020
Jinn-Jong Sheu, Chan-Fu Liang, Cheng-Hsien Yu, Wei-Chung Hsu, and Pin-Kun Lee, 2018,"Flexible roll forming of a U-section product with curved bending profile using advanced high strength steel",17th International Conference on Metal Forming, Metal Forming 2018, Toyohashi, Sep.16-19, Japan
Sheu, J. J., Liang, C. F., Yu, C. H., Hsu, W. C., & Lee, P. K. (2018). Flexible roll forming of U-section product with curved bending profile using advanced high strength steel. Procedia Manufacturing, 15, 782-787. https://www.sciencedirect.com/science/article/pii/S2351978918310175
許進忠,許維中,余征諴,林鈺凱,梁倉輔 (2017) 柔性連續輥軋成形路徑測試平台設計, 第三屆台灣塑性加工研討會論文集, 中興大學, 台中, 台灣.
許進忠,許維中,余征諴,梁倉輔,李炳坤 (2017) 對稱路徑三維柔性連續輥軋製程設計及分析模擬, 中國機械工程學會第三十四屆全國學術研討會論文集, 國立勤益科技大學, 台中市, 台灣.
J.J. Sheu, C.H. Yu and J.K. Wang (2017) Die Designs of Cold Roll Forming Process for Car Bumper Using Advanced High Strength Steel, Procedia Engineering, Vol.207, pp.1308-1313. https://www.sciencedirect.com/science/article/pii/S1877705817356655
Jin Jon Sheu , Cheng-Hsien Yu, and C.C. Chang, 2016," Roll Bending Process and Roll Designs of Roll-Formed Sheet Panel," AMPT 2016, Nov., 8th-11th, Kuala Lumpur, Malaysia
許進忠、王嘉章、余征諴、紀宏儒、林鈺凱、李炳坤,2016,"U型不等斷面三維柔性連續輥軋製程設計與分析,"中國機械工程學會第三十三屆全國學術研討會論文集, Dec.3, 新竹
許進忠、梁倉輔、余征諴,2016,"方管連續輥軋成形設計與分析,"中國機械工程學會第三十三屆全國學術研討會論文集, Dec.3, 新竹
許進忠、王敬凱、余征諴、梁倉輔,2016,"有縫管排輥成形輥軋製程分析,"第三屆台灣塑性加工研討會論文集, Nov.25, 高雄
許進忠、林鈺凱, 2015,"具大小半封閉區間框體之連續輥軋製程設計與分析,"中國機械工程學會第三十二屆全國學術研討會論文集, Dec.11-12, 高雄
許進忠、張家誠、林鈺凱、紀宏儒,2015,"雙層肋框體連續輥軋製程與模具設計,"中國機械工程學會第三十二屆全國學術研討會論文集, Dec.11-13, 高雄
許進忠、紀宏儒、余征諴、徐毓宏,2015,"帽型U斷面產品連續輥軋製程設計及分析模擬,"中國機械工程學會第三十二屆全國學術研討會論文集, Dec.11-14, 高雄
許進忠,傅家俊, 2014, 有縫管連續輥軋製程幾何變異分析, 第二屆台灣塑性加工研討會, Nov.07, 雲林, 台灣.
許進忠、洪佳吟, 2013,"電腦輔助抽屜滑軌珠溝幾何設計,"2013 Conference on Society of Manufacturing Engineers－SME 2013, NOV. 22, Taipei,Taiwan
許進忠、鄭凱騰、蔡嘉宏,2012,"三角型骨架之連續輥軋模具設計,"中國機械工程學會第二十九屆全國學術研討會論文集, Dec.7-8, Kaohsiung, Taiwan
許進忠、蔡嘉宏、蘇賢修,2012,"抽屜滑軌內框之連續輥軋模具設計,"2012全國精密製造研討會論文集,Nov.9.台中,台灣,P233-237
許進忠、鄭凱騰、周宗佑, 2012, "三角龍骨輕鋼架之連續輥軋製程設計與有限元素分析",2012全國精密製造研討會論文集, Nov.9.台中,台灣
許進忠、周宗佑、賴恒得,2010,"應用有限元素分析於T-型輕鋼架之連續輥軋花圖與輥輪設計,"中國機械工程學會第二十七屆全國學術研討會論文集, Dec. 10-11, TaiPEI, Taiwan(論文編號:CC10-029)
許進忠、 賴恆得,2009,"C型斷面之連續輥軋分析,"LS-DYNA 2009 conference,MAY 13,Taipei, Taiwan,2009
Sheu,J.J., 2004, ”Simulation and optimization of the cold roll-forming process ,” Proceeding of the 8th International Conference on Numerical Methods in Industrial Forming Process, pp. 452 - 457,June 13-18, Ohio, USA
Sheu,J.J. , 2002, ”The Optimum Process And Die Design Of Roll Forming Process By Using The Taguchi Method,” IEEE/ASME International Conference of Advanced Manufacturing Technologies and Education in the 21th Century, Paper No. C124, August 11-14 2002, Chia-Yi, Taiwan
Sheu,J.J. ,2000,”Computer simulation for the cold roll-forming process of an U-Shpae channel,” the 2nd LS-DYNA Taiwan Users conference. Taipei, Taiwan, p42-49. NSC-89-2212-E-151-007
輥軋技術專利 (Patents)：
#摘要 (Abstract) :
一種柔性輥軋成形路徑驗證平台，包含一底座、一成形單元及一送料單元。利用該成形單元的直線移動座及水平旋轉座的設計，使該成形單元的輥輪能夠水平移動及旋轉，因而透過產生的扭矩較小而能夠減低誤差值。
(點擊開啓全文)
#摘要 (Abstract) :
一種柔性輥軋成形機構，包含至少一柔性輥軋成形裝置，該柔性輥軋成形裝置具有一直線移動單元、一水平旋轉單元、一輥輪轉動單元及一輥輪組。藉由將直線移動單元、水平旋轉單元及輥輪轉動單元依序疊置在一起，能夠提高轉動的流暢度，進而增加柔性輥軋的效率。
(點擊開啓全文)
#摘要 (Abstract) :
一種差速輥輪，用以解決習知輥輪易於工件上留下擦痕的問題。該差速輥輪包含：一主動部件，設有一軸向貫穿的軸孔以供一轉軸貫穿，該主動部件的內壁設有一轉軸定位部以與該轉軸相互卡掣，該主動部件的外周面形成一第一輥壓面；一從動部件，同軸連接於該主動部件的一端，該從動部件的外周面形成一第二輥壓面；及一差速模組，結合於該從動部件中並可供該轉軸貫穿，及使該從動部件不與該轉軸同步旋轉。
(點擊開啓全文)
#摘要 (Abstract) :
一種量測應力應變輔助裝置，其包含：一底座、一前側板、一後側板、一心軸、一類立方體、一第一圓棒及一第二圓棒。該前/後側板可拆卸式的設於該底座之一側面之一前/後端上。該心軸沿著從該前側板至該後側板的一第一方向延伸且可拆卸式的固定在該前側板及該後側板之間。該類立方體設於該前側板及該後側板之間，該心軸穿過該類立方體且與該類立方體相互卡固，其中該類立方體設有一第一凹槽與一第二凹槽。該第一圓棒設置於該第一凹槽內。該第二圓棒設置於該第二凹槽內。
(點擊開啓全文)
輥軋相關計畫 (Projects)：
2022
Alliance for Roll Forming and Smart Manufacturing Technology / 連續輥軋智慧成形技術聯盟 / https://sites.google.com/view/nkustrollforming/
2021
Development of the Roller Die Cassette and the Rolling Process Design Method for Fastener Wire / 扣件線材輥輪模伸線製程與設備設計技術 / https://www.grb.gov.tw/search/planDetail?id=13898774
Study on Roll Forging Process Design for Tiller Blade / 耕耘刀輥鍛成形技術研發
2020
Wire Rolling Technology of Aluminum Alloy (Technology Transfer) / 鋁合金線材輥輪成形技術移轉
Roll Forming Process Design of High Strength Steel Scaffold pedals / 高強度鷹架踏板連續輥軋成形技術
Process and Roll Designs of Universal Roll Forming for High Strength Steel Pipes( II ) / 高強度鋼管通用輥軋成形製程與輥輪設計( II ) / https://www.grb.gov.tw/search/planDetail?id=13526929
2019
Smart Manufacturing Process Design and Analysis for Steel Tube Roll Forming / 管成形智慧製造設計與分析技術
Research on Flexible Roll Forming Technology for 3D Curved Curtain Wall / 三維曲面帷幕柔性輥軋技術研發計畫
Process and Roll Designs of Universal Roll Forming for High Strength Steel Pipes / 高強度鋼管通用輥軋成形製程與輥輪設計 / https://www.grb.gov.tw/search/planDetail?id=13130575
Roll Forming Process Analysis (Technology Transfer) / 連續輥軋成形分析技術
2018
Forming Path Optimization Design for Variable Contour Cold Roll Forming Process / 可變輪廓連續輥軋成形路徑優化設計 / https://www.grb.gov.tw/search/planDetail?id=12681317
Research on Tube Roll Forming Process Design and Simulation Technology / 中鴻製管工藝研究及自主模擬技術建立
2017
Next-Generation Steel and Green Manufacturing Process and Product Innovation and Application Academia-Industry Collaboration Project (5/5) / 前瞻技術產學合作計畫-次世代鋼及其綠色製程與產品創新應用產學合作計畫(5/5)
Development and Building of a Single Stand Smart Flexible Roll Forming Machine / 單機型智慧柔性輥軋成形測試機台之設計開發 / https://www.grb.gov.tw/search/planDetail?id=12229700
Roller Design for High Strength Bumper Beam / 高強度鋼保桿內樑輥輪開發計畫
2016
Next-Generation Steel and Green Manufacturing Process and Product Innovation and Application Academia-Industry Collaboration Project (4/5) / 前瞻技術產學合作計畫-次世代鋼及其綠色製程與產品創新應用產學合作計畫(4/5)
Local Deformation Technology for Sheet Metal Roll Forming (Technology Transfer) / 金屬連續輥軋局部成形強化技術(技轉)
Roll Forming Process Analysis and Inspection / 連續輥軋成形分析檢測計畫
Development of Three Frame Type Heavy loading Ball Bearing Slide Products / 三節式高承載滾珠滑軌產品開發
Technology Transfer for Tube Roll Forming Technology / 連續輥軋製管成型技術移轉(技轉)
Engineering Research Center for Forging and Roll Forming Technologies / 中鋼鍛造輥軋工程研究中心計畫
2015
Next-Generation Steel and Green Manufacturing Process and Product Innovation and Application Academia-Industry Collaboration Project (3/5) / 前瞻技術產學合作計畫-次世代鋼及其綠色製程與產品創新應用產學合作計畫(3/5)
Three-Dimensional Flexible Cold Roll Forming Process and Rolling Path Designs with Forming Simulations / 三維柔性連續輥軋製程及輥軋路徑設計與成形模擬 / https://www.grb.gov.tw/search/planDetail?id=11576847
2014
Research on Roll Forming Analysis Technology for Multi-Functional Server Chassis Products / 多功能複合型伺服器機櫃產品開發計畫滾壓製程模擬研究
Research on Roll Forming Characteristics for High Strength Steel Tube / 連續輥軋製管成形特性研究及高強度鋼管技術開發案
Differential Roller Roll Forming Technology for Single Rib Slide Frame Product / 差速輥輪連續輥壓單層肋滑軌成形技術(技轉)
Roll Forming Modeling and Analysis for Automotive High Strength Steel Structure Part / 車輛結構高強度鋼成形製程模型建置與分析
Study on the Cold Roll Forming Die and Industrial Rolling Machine Design Technologies for High strength Steel Ball Bearing Slides(II) / 高張力鋼鈑滾珠滑軌連續輥軋模具設計與產業級輥軋機設計技術研究(II) / https://www.grb.gov.tw/search/planDetail?id=8322639
Next-Generation Steel and Green Manufacturing Process and Product Innovation and Application Academia-Industry Collaboration Project (2/5) / 前瞻技術產學合作計畫-次世代鋼及其綠色製程與產品創新應用產學合作計畫(2/5)
2013
Study on the Cold Roll Forming Die and Industrial Rolling Machine Design Technologies for High Strength Steel Ball Bearing Slides(I) / 高張力鋼鈑滾珠滑軌連續輥軋模具設計與產業級輥軋機設計技術研究(I) / https://www.grb.gov.tw/search/planDetail?id=3107804
Next-Generation Steel and Green Manufacturing Process and Product Innovation and Application Academia-Industry Collaboration Project (1/5) / 前瞻技術產學合作計畫-次世代鋼及其綠色製程與產品創新應用產學合作計畫(1/5)
2012
Development of Precision Slide Design and Roll Forming Technologies (Technology Transfer) / 精密滑軌設計與連續輥軋成形技術開發 (技轉)
Development of Precision Slide Design and Roll Forming Technologies / 精密滑軌設計與連續輥軋成形技術開發
Theoretical and Technological Research of the Process and Forming Machine Designs for Cold Roll( II ) / 鈑金材料連續輥軋與成形機設計理論與技術研究(II) / https://www.grb.gov.tw/search/planDetail?id=2589306
2011
Theoretical and Technological Research of the Process and Forming Machine Designs for Cold Roll Forming of Sheet Metals / 鈑金材料連續輥軋與成形機設計理論與技術研究 / https://www.grb.gov.tw/search/planDetail?id=2335777
1999
Computer Aided Engineering and Design of the Rolls and Pass for Cold Roll-Forming of Sheet Metal (II) / 鈑金連續輥壓成形之電腦輔助工程分析與輥輪道次設計 (II) / https://www.grb.gov.tw/search/planDetail?id=512126
1998
Computer Aided Engineering and Design of the Rolls and Pass for Cold Roll-Forming of Sheet Metal (I) / 鈑金連續輥壓成形之電腦輔助工程分析與輥輪道次設計(I)
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