法国珊瑚形立面学生宿舍-居住建筑案例-筑龙建筑设计论坛

标签：居住建筑法国珊瑚形立面学生宿法国

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The French coral facade student dormitory

设计方：Atelier Fernandez & Serres

位置：法国

分类：居住建筑

内容：实景照片

图片：24张

由法国事务所Atelier Fernandez & Serres设计的格子式珊瑚形的学生住宅位于西班牙Pyrénées东部沿海天文台附近。这座6层楼高的建筑包含了74个为旅行中的学生和调查者提供的短期住宅，珊瑚粉色的混凝土外屏里是室内空间，它能够使得建筑保持良好的采光和通风。卧室位于建筑的上四层。走廊在楼层的边缘布置，夹杂在房间和格子立面中间。建筑师说：“彩色混凝土网格可以充当扶手并且能够作为视觉滤镜来观赏海景，它保护了住客的隐私。”公共空间和行李区占据了建筑的一二层。这包括了一个餐厅，这是唯一一个打破建筑连续立面的空间。相对于塑造立面的不规则图案，建筑师更关注于其构成。建筑师同构有限的形状来构筑立面，这些形状根据简单的数学运算再聚集成模块，从而在物体上投射出摆动的投影。这座建筑同样也入围了2013年AR+D新兴建筑奖项的14个候选者之一。

图片来源：Fernando Guerra

翻译： DING

Student housing with a coral-inspired façade by Atelier Fernandez & SerresAnemone tentacles moving beneath the surface of the ocean influenced the latticed facade of this student housing block by French studio Atelier Fernandez & Serres at an oceanic observatory in the eastern Pyrénées (+ slideshow).
Atelier Fernandez & Serres designed the International Accommodation Centre for the Oceanological Observatory of Banyuls-sur-Mer, a coastal science facility that forms part of the Paris-based Université Pierre et Marie Curie.
The six-storey building accommodates 74 short-term residences for travelling students and researchers, behind an ornate coral-pink concrete screen that conceals the interiors whilst allowing light and ventilation to pass through the building.
Bedrooms are located on the four upper floors of the building. Corridors run lengthways around the edges, sandwiched between the rooms and the latticed facade.
"The colourful concrete mesh is at the same time a balustrade and a visual filter to the sea," said the architects. "It provides a wall that guarantees the intimacy of users, bedrooms and walkways."
Communal spaces and lounge areas occupy the two lower floors of the building. These include a canteen with a long strip window, which is the only interruption to the otherwise continuous facade.
The architects cast the components of the facade onsite then arranged them in irregular patterns to recreate the appearance of coral tentacles.
"We developed the facades using a limited amount of distinct shapes," they explained. "These strands were then assembled in modules according to a simple mathematical algorithm which creates a vibration in the shadows and the matter."
The building was one of 14 projects shortlisted for the AR+D Awards for Emerging Architecture 2013 last month.