Under Stress by MARC FORNES / THEVERYMANY

expresses the tension between the dynamic interactions from the multi-directional

2015-04-08

项目标签

设计公司: :; MARC FORNES/THEVERYMANY
类型: :; Architecture
分类: :; installation

MARC FORNES / THEVERYMANY 给gooood分享了他们在法国某大学计算机科学系公共区域创建的永久建筑装置—应力之下。更多请至：MARC FORNES / THEVERYMANY on gooood

备具张力的该作品以强大的气场控制空间。制作上，这件作品运用了计算机科学固有的编程技术来优化外形，并在建筑物表面创造图案。

这一装置用一种复杂的、形式化形态轻松穿越地面，占据空间。其既为参观者提供了一个非正式自发性社交集会的符号化中心，又表达了公共空间中多向会聚通道内动态互动间的张力。这一建筑装置既是学校的标志，又成为学校身份的强化因素。

A permanent architectural structure by MARC FORNES / THEVERYMANY

The French Institute for Research in Computer Science and Automation (INRIA), Rennes, France

Under Stress by MARC FORNES / THEVERYMANY is an architectural installation located in public areas of the Department of Computer Science at a leading French University. It utilizes programming techniques inherent in computer science to optimize the form and creating a pattern on the surface.

The structure engages the spaces with its intricate and gestural movements that effortlessly travel over the area. While providing visitors with iconic hubs for informal and spontaneous social gatherings, it expresses the tension between the dynamic interactions from the multi-directional and converging paths within the public spaces. As much a signal for the school, the installation becomes elements of enhancement for the school’s identity.

▼ Down front 下部正面

//研究/ 轻型超薄结构是研究室对优化建筑表面张力的定制计算协议、信息建模的几何描述以及物流运输（再）装配效率进行持续研究的结果。

//表面/ 多重生成步骤的开发形成持续的、结构具有表现力的外观系统。一个在空间内连接六个分散定位点的初始拓扑学上的网状物体，受到迭代的表面张力工艺的作用。第七个额外的定位点朝向天花板，但没有和其连接，增加这个定位点是为了使表面双曲率最大化，并因此植入固有刚度。

//形态学/ 从结构分析中获得的压力流，通过一系列沿着整个形态流动分布的“代理”，被转化成矢量场，以形成合适的方向。“代理”非相交轨迹最终具体化为非线性铝条，长度和“代理”的生命一样。这些铝条连接在一起，铆钉固定它们的位置，通过正切连续性沿着表面维持流畅的力流，同时形成了整个形态。这样的搜索协议取代了传统的描述性几何规则集，这种规则集对于此类非线性形态来说常常太过复杂。

//RESEARCH/ The lightweight, ultra-thin structure is the result of an on-going research from the studio into custom computational protocols for optimization of surface tension, geometric description for information modeling, and (re)assembly efficiency up to logistics of transportation.

//SKIN/ Multiple generative steps were developed to form a continuous, structurally performing skin system. An initial topological mesh object, connecting on six distributed anchor points within the space, is submitted to an iterative surface tension process. A seventh extra anchor toward the ceiling, not physically connected, is added in order to maximize double curvature along the surface, and therefore embedding inherent stiffness.

//MORPHOLOGY/ Stress flows obtained from structural analysis are translated into a vector-field used for directional fitness by a series of distributed “agents”, flowing along the overall morphology. The non-intersecting trails of the “agents” are eventually materialized into non-linear aluminum stripes, of length equivalent to the “agents”’ lives. These stripes are connected together and held in place with rivets, maintaining a smooth flow of forces along the surface through tangential continuity while describing the overall morphology. Such search protocols are used to replace traditional descriptive geometry rule-sets often far too complex on such non-linear morphologies.

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