构筑秩序的交替潜力——透明之【壳】

2015 PONE ARCHITECTURE 体验馆（广州设计周）尝试再发掘构造秩序交替潜力，带着如何统合建筑，使城市、环境、人和空间延伸出更丰满互动与交融的疑问，创造建筑装置【透明之壳】，同样是一场关于创造与再创造的思考。

整个装置由30条主骨造型，3组大弧度交替组合而成。通过多层透明膜编织交错，折叠形成动态张力的界面充盈着流动态势。在交融与冲突之间会产生各种空间功能——或入口、或墙体、或天花、或窗户、或桌面、或座位休息区……让参观者随意使用并想象“壳”各处所具备的功能意义，构成一个“机能随形”的空间。

空间呈现半透明且不稳定状态，随光影若隐若现，在彰显与淡化之间持续不断变化。多层开放式组合，是开放式内外交互场所全新再现与诠释。 从概念开始，在自然界丰富多样的序列中获得灵感，解剖、提取壳体结构，重组提炼，揭示生命进化的张力。似海螺状的螺旋体与垂直平衡且相对稳定规范的三维网格构筑交融，不同密度和深度相互侵蚀，融洽与并存，同时也在抗争与冲突。 我们选用透明膜作为提供壳体连接界面，像蚕丝般交错编织，稳定但又呈现出有机随意性状态。在灯光参与渗透的照射作用下，肌理产生灵动的变换光影效果，构筑一个半透明、模糊、强弱、稳定与不确定世界。 装置主体是由金属框架和大量不规则弧形钢材构筑而成，实现高度还原整体形体是一个非常大的难题。我们做了许多试验，在螺旋体中抽取一条条弧度进行拆分分段，得到少而精确的点，然后在空间中，定位各点坐标，连接成组，再进行组间连接。最终生成一个立体的富有动感，自由交错螺旋体骨络雏形。

骨架组装完整后，需要依次用透明胶膜通过打底、捋丝、编织三步骤进行界面连接。整个编织的过程，就像蚕在吐丝结茧。不断地测试连接次序，控制丝的方向与密度，达到最理想的效果。这种多个体，分工无间协作的状态，与其说这是搭建过程，其实更像一场“行为艺术”演出。

2015 PONE ARCHITECTURE Experience Pavilion (Guangzhou Design Week) attempted to rediscover the alternating potential of order construction. Urged by the question on how to integrate architecture to further interact and blend cities, environments, human beings and space, it created the construction unit “Transparent Shell”. Meanwhile, it is also a reflection on creating and recreating. The whole device consists of 30 main bone models and 3 groups of large-radian curves. Through multiple layers of woven and criss-cross transparent films, an interface of dynamic tension was folded up, with the whole space filled with flowing dynamic. Between blends and conflicts, there would come into being various function spaces, such as entrance, wall, ceiling, window, desktop or seat area. Visitors could feel free to use them and imagine the meaning of various “shell” functions, thus constructing a space with “flexible functions”. Being translucent and unstable, spaces gleam with light and shadow and keep changing between manifestation and fading. Multi-layer open combinations are the new representation and interpretation of internal and external open sites that interact both inside and outside. Based on concepts, Transparent Shell gains inspiration from a rich variety of sequences in nature. By dissecting, extracting shell structure and restructuring, it reveals the tension of life evolution. Transparent films are chosen to connect the interface of the shell. They are woven like silks, stable but also taking on an organic and casual form. Penetrated by the light, the texture produces a flexible and changing effect of light and shadow, thus constructing a translucent, dim, intensity-varying, stable and uncertain world. The main body of the device is made up of metal frames and a large number of irregular curved steels. Each of 30 arched frames is varying in its undulating rhythm, irregular and poly directional. It is a big challenge as to how to accurately capture the localization and highly restore the overall form. We made a lot of experiments and eventually came up with the simplest and most effective method. The curves in the helix were picked out for accurate radian in each segment so as to get the accurate nodes. Then, the 3-d coordinates of each node was positioned in the space, based on which another curve was made by stretching steel pipes. Then they were welded into groups for interconnection in groups. Finally, a 3-d dynamic and freely-crisscrossing helix skeleton prototype came into being. After the skeleton was assembled, transparent films should be used to link the interface and step 1 base laying, step 2 silk stroking, step 3 weaving. The whole weaving process is like silkworms spinning cocoons.  This is not so much a construction process as a show of “Behavior art”.