本研究試圖以腳踏車支架，狀似菱形，藉以探討單體系統的空間形式及技術。
空間形式生成的基礎，是對於實體材料內涵的理解，透過分析與試驗，建立符合材料特質的實體構造系統，並以實際施作的方式，測試系統的可能性。

本研究主要討論分為四個部份：

＜單體分析＞腳踏車支架形體上共有八個邊，七個點，共一百六十九種接法，但每個支架體的尺寸並不完全相同。

＜開放工法＞使用開放性接法一對於支架體可進行無損傷的拆解，並可異地重組。接頭挑戰一所有接頭皆以市場既有元素，不另外發明新的接頭。

＜實際操作＞於成大力行校區實際施作，以三百個支架體組成長十米，寬六米，高四米半之構造。

＜空間演練＞於實際操作後將一百六十九種接法收斂為二十一種有效的接法後，繼續以二十一種接法生成新的空間形式，使整個論述更為完整。

This design takes the bones of bicycle,which’s form is like diamond, as the study material to probe for new forms and techniques.To generate a new form is based on the understanding of material intension. Therefore, by analyzing and testing, the research attempts to build a construction system which accords with the material
specialty (the bike bones,) and performs it in practical ways to test the possibility of the system.

This thesis can be divided into the following four parts:

＜Substance Analysis＞There are eight sides and seven joints of the bike’s bone, and they can create 169 ways to join each other. But not every bone has the same size.

＜Open System＞The components (bike’s bone) can be disassembled without damage by using open joints, and they also can be reconstructed in another place. The challenge of the joints is all using the available elements of the market, rather than inventing new one.

＜Practical Operation＞The location is in the Li-Hsing district of NCKU campus. To compose a ten meters long, six meters wide, four and a half high construction by using 300 components.

＜Generation＞After practical operation, the ways of connecting can be reduced from 169 kinds to 21 effective kinds. Then, keep generating new forms by using these 21
connecting ways to make this thesis more complete.

[參考書目]

1.Dean, Andrea Oppenheimer; Hursley,Timothy, 2002, Rural
Studio:Samuel Mockbee and an Architecture of Decency,
Princeton Architecture Press, New York.

2.Anderson, Stanford , 2004, Eladio Dieste :innovation in
structural art , Princeton Architecture Press, New York.

3.巴蘭坦、格蘭特，2004，《自行車聖經》，貓頭鷹出版
社，台北。

4.黃偉城，2005，《開放構造之介面設計》，國立成功大
學碩士論文，台南。

5.鄞宗道，2009，《第二生命或是復返之術》，國立成功
大學碩士論文，台南。

[圖引]

圖1-3
Eladio Dieste :innovation in structural art , p.107, Princeton Architecture Press.

圖1-4
Eladio Dieste :innovation in structural art , p.65, Princeton Architecture Press.

圖1-5~6
虹橋，國立自然科學博物館
http://web2.nmns.edu.tw/Web-Title/china/A-3-2-3_display.htm

圖1-7
平板桁架系統，東京巨蛋體育場，1988，東京，日本(日建設計)
http://enoslee.pixnet.net/blog/post/31998161

圖1-8
折板桁架系統，東京藝術劇場，1990，東京，日本(蘆原建築設計)
http://picasaweb.google.com/lh/photo/lpBQUOtZ9QJG_M3MqDlx9A

圖1-12
Zumthor, Peter, 2000, 'Swiss Pavilion', Wood Architecture, p.56, Laurence King

圖1-13
Zumthor, Peter, 2000, 'Swiss Pavilion', Wood Architecture, p.57, Laurence King