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The park is divided into five sections: Boulder Playground for All Ages, Flower Garden, Forest Garden, Water Garden, and Stone Garden. The design integrates traditional playground equipment like swings, slides, and climbing structures with water play features including fountains, streams, and interactive water elements. XISUI Design focused on creating spaces that accommodate multiple age groups and encourage interaction with natural elements.
The 3D concrete printing process uses computer-controlled robotic arms to extrude concrete in layers, creating complex curved forms that would be difficult to achieve with traditional construction methods. The layered printing technique produces surface textures that visually resemble natural rock formations. All printed structures feature rounded corners and smooth edges to meet safety requirements for children’s play areas.
“Landscape structures and installations are often small in scale, with low load requirements and simple, clear functional needs. In the application of 3D-printed concrete technology, compared to architecture, landscape projects may have even more diverse usage scenarios,” explained Hu Yihao, Lead Designer. The 3D printing materials used in Boulder Park have an average strength of 50MPA, which exceeds traditional C40 concrete strength standards according to Yihao.
The project demonstrates the application of 3D concrete printing in landscape architecture, where the technology’s ability to create organic shapes and reduce labor costs makes it suitable for outdoor installations. Boulder Park serves as a case study for integrating digital manufacturing techniques with traditional landscape design elements in public spaces.
*Source: worldarchitecture.org
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