整合手繪技法與SolidWorks創新應用於高跟鞋設計之技術報告

To integrate free-hand-sketch and computer graphic skill applied to the design of high-heeled shoes technical report

陳俊興(Jyun-Sing Chen)

手繪表現技法 ； 逆向工程 ； 高跟鞋 ； Hand-painted ability ； reverse engineering ； SolidWorks ； high-heeledshoes

嶺東學報

39期（2016 / 06 / 01）

1 - 22

繁體中文

雖然電腦繪圖已是通用性的高效能技術媒介，然而手繪表現技法的自由度與構想創建卻仍是產品設計時主要的傳達媒介；為改善過量依賴電腦繪圖而造成設計類同之癥結，也期許提高現階段產品建模進程之效率，本研究引用「創新逆向工程」之技術，並以此作為「整合手繪技法與SolidWorks 創新應用於高跟鞋設計」進程中之介引。由研究所探求之結果顯示，創新之進程確實能提高高跟鞋外觀建模之效率。研究者希冀透過「整合手繪技法與SolidWorks 創新應用於高跟鞋設計」之核心技術所產出之具體成果，作為後續研究學者與業界先進探討相關範疇時參酌的報告；並期許藉由本技術報告之發表拋磚引玉，為工業產品設計領域帶來更多務實層面之創新應用技術。

Although computer graphics is a common technique now. But the hand-painted performance techniques is still the best way of product design. To improve problems caused of dependent on computer graphics and design too much; Also hopes to improve the efficiency of product modeling, This technical report cites the ＂Innovation reverse engineering＂ technology-The method for design of high-heeled shoes. The Results from the study show：Innovative methods can indeed improve the efficiency of Design.

1. Bagci, E.(2009)."Reverse engineering applications for recovery of broken or worn parts and remanufacturing", Three case studies.Advances in Engineering Software,40(6),407-418.
2. Casakin, H.(1998).Diagrams, Sketches, and the use of analogy in design: experts and novices.International Conference on Thinking with Diagrams,98,79-85.
3. Casakin, H.,Goldschmidt, G.(1999).Expertise and the use of visual analogy: implications for design education.Design Studies,20(2),153-175.
4. Chu, C.H.,Song, M.C.,Vincent, C.,Luo, S.(2006).Computer aided parametric design for 3D tire mold production.Computer in Industry,57,11-25.
5. Farin, G.(1988).Curves and Surfaces for Computer Aided Geometric Design: A Practical Guide.Boston:Academic Press.
6. Field, D.A.(2004).Education and training for CAD in the auto industry.Computer-Aided Design,14
7. Lee, K.H.,Woo, H.(1998).Use of reverse engineering method for rapid product development.Computers & Industrial Engineering,35(1-2)
8. Martins, F.A.R.,Arcia, J.G.,Casanova, E.Z.,Gonzalez, J.R.P.(2005).Automated 3D surface scanning based on CAD model.Mechatronics,15,837-857.
9. Robertson, B.F.,Radcliffe D.F.(2009).Impact of CAD tools on creative problem solving in engineering design.Computer-Aided Design,41,136-146.
10. Sener, B.,Wormald, P.(2008).User evaluation of HCI concepts for defining product form.Design Studies,29(1),12-29.
11. Stokes, M.(2001).Managing Engineering Knowledge; MOKA: Methodology for Knowledge Based Engineering Applications.London:Professional Engineering Publishing.
12. Xu, L.,Lin, M.X.,Li, J.Q.,Chirende, B.(2008).Three-Dimensional Geometrical Modelling of Wild Boar Head by Reverse Engineering Technology.Journal of Bionic Engineering,5(1),85-90.
13. 清水吉治(1998)。創造性的麥克筆技法。台北市:邯鄲出版社（古印）。
14. 清水吉治(1995)。快速簡易的麥克筆技法。台北市:龍溪國際圖書股份有限公司。
15. 陳遠修(2005)。設計創意表現技法。台北市:全華科技圖書股份有限公司。
16. 陳遠修、連俊名(1995)。產品表現技法之倒影應用與研究。設計學報，7(1)，87-98。
17. 韓偉娜、郭敏(2008)。基於SolidWorks 的齒輪實體設計。北華航天工業學院學報，18(2)，13-15。
18. 韓偉娜、劉健(2007)。基於SolidWorks 的陣列特徵設計。北華航天工業學院學報，17(6)，15-17。

1. 郭璨宇(2020).A Research on Spatial Accessibility to Paediatric Services in Hualien County.台灣健康照顧研究學刊,21,72-104.