周邊

研究

Researches

拱系列/Arch Series

1 瓦拱，首爾，韓國，2010

用受拉的鋼絲將瓦片串聯(lián)在一起受壓，形成一個尖型、透光的拱。在首爾設計節(jié)，我們建造了兩個瓦拱作為茶室使用。

1 Tile Arch, Seoul, Korea, 2010

A pointed and louvered arch was constructed by connecting clay tiles together to resist compression with steel wires. Two tile arches were built at the Seoul Design Festival as teahouses.

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2 玻璃磚拱，陽澄湖，中國，2016

這是一個由玻璃磚和配筋水泥砂漿灰縫共同受力的雙曲面懸鏈線拱結(jié)構(gòu)。玻璃磚的厚度決定了拱的厚度，即80mm。以前在北京已建過一個，尺寸略小。這個玻璃磚拱的功能是公園里的一個亭子。

2 Glass Brick Arch, Yangcheng Lake, China, 2016

This is a catenary arch of double curvature built with glass bricks and reinforced concrete mortar joints as the structural materials. The thickness of the glass bricks determined the thickness of the arch, which is 80mm. A slightly smaller version was previously built in Beijing. The program of this glass brick arch is a park pavilion.

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3 紙拱，杭州，中國，2016

在一個關于纖維材料的展覽中，我們選擇了普通紙張重量、但具有耐撕及抗拉優(yōu)勢的高分子聚合紙，以它為材料進行一次超輕拱搭建試驗。我們通過折疊使紙張獲得受力強度，再用截面為5mm×8mm、1m長的、極輕的泡桐木棍作為不連續(xù)的加強筋編織進紙張里，最終使兩種看似無法獨立搭建的輕質(zhì)材料互補形成懸鏈線形的“折扇拱”結(jié)構(gòu)體系。□

3 Paper Arch, Hangzhou, China, 2016

In an exhibition about fiber materials, we chose macromolecule composite paper, which is of normal paper's weight yet possesses the advantages of tear and tension resistance, as the material to conduct an ultra-lightweight arch construction experiment. We folded the paper to enhance its structural strength and wove super light Paulownia logs (about 5 mm ×8 mm in cross-section, 1 m long) as discontinuous reinforcing bars into the paper. Ultimately, the two light weight materials, neither of which is capable of bearing load on its own, to complement each other and form a catenary "paper-fan-shaped arch"structural system. □

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