本研究從參考物質由液態至固態相變的過程，而啟發對於建築空間設計操作新的觀點。並嘗試運用電腦輔助與自動化設備試驗出可以回應流動性、臨時性與動態性的媒材，並使用此特殊媒材進行設計創作。研究方向將分為多媒材實驗、空間的流動性與臨時性、單元分子的鍵結、流動身體的凝固四個部分進行討論。

整理自動化設備輔助設計由液態至固態相變探索下的限制條件，根據機器之運動模式、尺寸關係、回饋機制等條件進行一系列媒材試驗。比較各材料受拉伸作用後固化之變化，測試材料的形式以及可構築性等，以「彈性布固化薄殼」發展設計。

創作演練包含大、中、小三種不同空間尺度配合「彈性布固化薄殼」的設計操作。在大尺度的設計中，試圖運用試驗出的特殊媒材回應都市中空間的臨時性。中尺度的設計以再現液態溶液分子單元之間鍵結的關係，設計媒材單元的形式與其搭接方式，轉化為一空間裝置。在小尺度的設計操作中，以動態身體為出發點，試著創造將動態凝固的空間，並將此空間轉化為人體可以穿戴的物件。

SUMMARY

From liquid to solid, the process of a phase change inspired this research on a new way of viewing architectural design. Perspectives from (1) materiality of mixed media, (2) temporality of space, (3) modularization of construction, and (4) captured body movements are proposed and explored through the experimentation of forming through solidification process.

Collating restrictive conditions from automation equipment aided design in exploring the liquid to solid phase transformation. According to the movement of the machine, dimensions of the machine and feedback mechanisms to be the restrictive conditions for the multiple mediums experiments. Comparing the amount of material deformation after stretching and being the test to know the material shape and constructive. Decide to used "solidify elastic cloth shell" develop design.

The creation exercises contain large, medium and small three different spatial scales design. In large-scale design attempt to use special mediums to represent the temporary in the city. In medium-scale design try to represent the molecule-bonding and develop the shape of unit and the method of constructing to be the installation. In small-scale try to create the dynamic solidification space and transform to be the body installation.

英文參考文獻

Adriaenssens, S., Block, P., Veenendaal, D., & Williams, C. (2014). Shell structures for architecture: form finding and optimization: Routledge.
Allen, E. (2001). 建築構造的基本原則-材料與工法, Fundamentals of Building Construction, Materials And Methods: 六合出版社.
Architecture, T. U. D. o. (2013). TKU Summer Workshop
ARM workshop - Additive Robotic Materialization. Retrieved from https://vimeo.com/72807636
Cook, P. (1999). Archigram: Princeton Architectural Press.
Cvoro, U. (2002). The present body, the absent body, and the formless. Art Journal, 61(4), 54-63.
daily, a. (2013). Messe Basel New Hall / Herzog & de Meuron. Retrieved from http://www.archdaily.com/332188/messe-basel-new-hall-herzog-de-meuron
Durisch, T. (2014). Peter Zumthor: Buildings and Projects. 1998-2001: Scheidegger & Spiess.
Frampton, K., & Cava, J. (1995). Studies in tectonic culture: the poetics of construction in nineteenth and twentieth century architecture: Cambridge Univ Press.
Frank, E. (1984). Jackson Pollock: Bucher.
Grosse, B. (2011). Interactive Robotic Painting Machine Retrieved from http://bengrosser.com/projects/interactive-robotic-painting-machine/.
HADID, Z. (2005). Phaeno Science Center. Retrieved from https://en.wikiarquitectura.com/index.php/Phaeno_Science_Center#Introduction
Hensel, M., & Menges, A. (2006). Morpho-ecologies: Architectural Association.
Hensel, M., & Menges, A. (2008). Membrane spaces. Architectural Design, 78(2), 74-79.
Jáuregui, V. G. (2010). Tensegrity structures and their application to architecture: PUbliCan.
Jeronmindis, M. W. G. (2012). Hybrid Biostructures. Retrieved from http://hybios.blogspot.tw/
https://issuu.com/riyad.joucka/docs/monday_presentation
Joucka, R. (2011). AA VISITING SCHOOL - PRET-A-PORTER STUDIO. Retrieved from http://riyadjoucka.com/aa-paris-aa/
Kinsman, T. (2016). Coffee drip printer. Retrieved from https://cias.rit.edu/faculty-staff/256/faculty/1186
Koch, K.-M., Habermann, K. J., & Forster, B. (2004). Membrane structures: innovative building with film and fabric: Prestel Publishing.
Kojima, K. (2011). MOOM Tensegritic membrane structure. Retrieved from http://c-and-a.co.jp/projects/other/moom.html
Krauss, R. E., Serra, R., Rosenstock, L., & Crimp, D. (1986). Richard Serra: Sculpture: Museum of Modern Art.
Kuma, K. (2016). KENGO KUMA'S OWAN PAVILION BLENDS ARCHITECTURE AND NATURE. Retrieved from http://www.theinteriordirectory.com/kengo-kumas-owan-pavilion-blends-architecture-and-nature
Leupen, B. (2005). Towards time based architecture. Time based architecture. Rotterdam, 10.
Lillian. (2014). 自動化設備. Retrieved from http://www.stockfeel.com.tw/%E8%87%AA%E5%8B%95%E5%8C%96%E8%A8%AD%E5%82%99/
Malé-Alemany, M. a. P., J. (2014). Soft Tolerance: An Approach for Additive Construction on Site. Architectural Design, 84, 122-127.
McGrath, B., & Gardner, J. (2007). Cinemetrics: architectural drawing today: Wiley Publishing.
Miyake, I. (1997-2007). A POC . A Piece of Cloth. Retrieved from http://mds.isseymiyake.com/mds/en/collection/
Nakanishi, N. (2008). Layer Drawings. Retrieved from http://nobuhironakanishi.com/gallery/layer-drawings/
Raviv, N. (2014). Noa Raviv combines grid patterns and 3D printing
for Hard Copy fashion collection. Retrieved from http://www.dezeen.com/2014/08/21/noa-raviv-hard-copy-fashion-collection-grid-patterns-3d-printing/
Schipper, J. (2013). Detritus. Retrieved from https://jonathan-schipper-cfh7.squarespace.com/#/new-page/
Tiampo, M., & Katō, M. (2004). Electrifying Art: Atsuko Tanaka, 1954-1968. Morris e Helen Belkin Art Gallery.

中文參考文獻

久恩企業股份有限公司. 金屬擴張網. Retrieved from http://www.junen.com.tw/tw/photo/photo-9
李賢輝. (2015). 雕塑的媒材. Retrieved from http://vr.theatre.ntu.edu.tw/fineart/chap03/chap03-05.htm
周耀鑾、黃依典. (1983). 最新 建築材料學.
林鼎勝. (2014). 3D 列印的發展現況. 科學發展, 科技部, 台北市, 503, 32-37.
流亞科技股份有限公司. (1992). 流亞科技股份有限公司. Retrieved from http://www.logicart.com.tw/logicart/product.htm
國立彰化師範大學理學院化學系. (2011). 速成鐘乳石---醋酸鈉過飽和溶液的結晶. 中學化學示範實驗 Retrieved from http://blog.ncue.edu.tw/yangsp/doc/26874
陳貺怡. (2013). 通往家的軌跡 論瑞秋•懷特雷（Rachel Whiteread,1963－）1993年作品HOUSE.
國立臺灣藝術大學書畫系造形藝術碩士學位論文.
陸希傑、何炯德. (2015). 形錄 Registration Form.
蒲潔宇. (2009). 建築與時裝 ─ 建築設計師伊蓮娜 . 曼菲迪尼介紹. 世界建築, 08.
顏忠賢. (2004). 軟建築.