苏州园博会主馆，苏州/建筑

2022-06-06 10:38:47建筑设计,展览展示,文化建筑 , 自然风格

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江苏省园艺博览会现代木结构主题馆

设计团队

韩力闫超孔祥平柴华陈晓明王徐炜周金将周琪顾基林林边

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设计公司

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现代木结构主题馆作为江苏省园艺博览会主要展馆，位于苏州市临湖镇太湖旁园区之中，代表着一次将中国传统居住文化精髓的木结构向未来现代木结构营造的一次尝试：将现代严谨理性新木构建筑与周边灵动飘逸具有人文气质的园区景观环境结合，设计以结构优化为形态设计的出发点，呼应场地流线组织与地形特征，通过合理严谨的力学生形原理，采用拱结构优化软件，生成出结构受力合理、节约材料的网壳体系。木壳体网架以较少的结构用料实现了较大的空间跨度，完美承载多元会议论坛等活动。

As the main exhibition hall of Jiangsu horticultural exposition, the modern wooden structure Theme Pavilion is located in the park next to Taihu Lake, Linhu Town, Suzhou. It represents an attempt to build the wooden structure from the essence of Chinese traditional residential culture to the future modern wooden structure: it combines the modern rigorous and rational new wooden structure architecture with the surrounding flexible and elegant park landscape environment with humanistic temperament, and the design takes structural optimization as the starting point of form design, In response to the streamline organization and terrain characteristics of the site, a reticulated shell system with reasonable structural stress and material saving is generated through reasonable and rigorous mechanical shaping principle and arch structure optimization software. With less structural materials, the wooden shell grid has realized a large space span, and perfectly carries activities such as multi-element conferences and forums.

位于中心中庭中由拱壳结构向束柱结构转换的落地木柱，实现了支撑结构、自然采光、垂直交通、绿色生态的多元结合：漏斗状屋面形态在成为结构支撑的同时，提供了充满自然光线的垂直通高中庭空间，通过内置集水管进水雨水收集生态设计，达到了形式与功能高度结合。复杂的形式通过节点系统模拟优化成5个相同的直线模具，为了完成这样一个传统工艺无法快速实现的木梁加工方式，我们借助了一造科技（Fab-Union）专项研发的机器臂数字建造工艺，实现了采用先进数字化技术进行施工节点加工的首次尝试。

The floor wooden column, which is located in the central atrium and is transformed from arch shell structure to beam column structure, realizes the multiple combination of supporting structure, natural lighting, vertical traffic and green ecology: while the funnel-shaped roof form becomes the structural support, it provides a vertical high atrium space full of natural light. Through the ecological design of water inlet and rainwater collection through the built-in collecting pipe, it achieves a high combination of form and function. The complex form is simulated and optimized into five identical linear molds through the node system. In order to complete such a wood beam processing method that cannot be quickly realized by the traditional process, we have used the robot arm digital construction process specially developed by FAB union to realize the first attempt to use advanced digital technology for construction node processing.