每个拱顶的长度包括学校、宿舍和公用建筑，以适应学校的计划。在最大的拱顶群的中心，一个庭院提供了一个流通空间和游乐区。拱顶的两端悬挑在建筑围护结构之外，以扩大室外教学环境，保护室内免受太阳能的侵害。
Comprising the school, dormitory and utility buildings, the length of each vault is adapted to accommodate the school’s program. At the center of the largest cluster of vaults, a courtyard provides a circulation space and play area. The ends of the vaults cantilever beyond the building envelope to extend the teaching environment outdoors and to protect the interior from solar gain.
由于学校地处偏远，扎哈·哈迪德建筑师提出了一种新的施工方法，即在现场制造混凝土拱顶的复杂模板。一个带有热丝切割机的机器人手臂将被交付到现场和形状泡沫块，以创造混凝土模具。由于金库是模块化的，这些模板件也将被重复使用。
Due to the remote location of the school, Zaha Hadid Architects has proposed a novel method of construction in which the complex formwork for the concrete vaults will be manufactured on site. A robot arm with a hot wire cutter will be delivered to site and shape foam pieces to create the concrete molds. Since the vaults are modular, these formwork pieces will also be reusable.
© Zaha Hadid Architects
(扎哈·哈迪德建筑师)
该建筑将用陶瓷外表面完成，参照该地区生产高质量陶瓷的历史，这一历史可追溯到明代。这些外部完成将包括一个渐变的色调，描绘程序在每个建筑物内。
The building will be finished with ceramic external surfaces, referencing the region’s history of producing high-quality ceramics which dates back to the Ming Dynasty. These external finishes will include a gradient of tones that delineate the programs within each building.
建筑师扎哈哈迪德建筑师位置庐山，江西九江，中国设计爱国者舒马赫ZHA项目主任查尔斯·沃克，Nils Fischer ZHA项目建筑师Michal Wojtkiewicz ZHA项目助理Armando Solano ZHA项目组Nassim Eshaghi，Nastasja Mitrovic，Marko Margeta，Hong-Da Chien Engineering Shing and Partners Project Group(Spdg)项目年
Architects Zaha Hadid Architects Location Lushan, Jiujiang, Jiangxi, China Design Patrik Schumacher ZHA Project Director Charles Walker, Nils Fischer ZHA Project Architect Michal Wojtkiewicz ZHA Project Associate Armando Solano ZHA Project Team Nassim Eshaghi, Nastasja Mitrovic, Marko Margeta, Hung-Da Chien Engineering Shing and Partners Design Group (SPDG) Project Year 2018 Photographs Zaha Hadid Architects Category Schools
© Zaha Hadid Architects
(扎哈·哈迪德建筑师)
