XISUI Design has accomplished Boulder Park, a 13,000-square-meter group playground in Ji’nan, Shandong Province, China, that comes with 3D concrete printing expertise. The park options pure boulders mixed with 3D-printed concrete buildings to create play areas, together with a rock cave journey zone constructed utilizing additive manufacturing methods.
The park is split into 5 sections: Boulder Playground for All Ages, Flower Backyard, Forest Backyard, Water Backyard, and Stone Backyard. The design integrates conventional playground gear like swings, slides, and climbing buildings with water play options together with fountains, streams, and interactive water parts. XISUI Design centered on creating areas that accommodate a number of age teams and encourage interplay with pure parts.
The 3D concrete printing course of makes use of computer-controlled robotic arms to extrude concrete in layers, creating advanced curved kinds that may be troublesome to attain with conventional building strategies. The layered printing method produces floor textures that visually resemble pure rock formations. All printed buildings function rounded corners and clean edges to fulfill security necessities for kids’s play areas.
“Panorama buildings and installations are sometimes small in scale, with low load necessities and easy, clear useful wants. Within the utility of 3D-printed concrete expertise, in comparison with structure, panorama initiatives might have much more various utilization eventualities,” defined Hu Yihao, Lead Designer. The 3D printing supplies utilized in Boulder Park have a median energy of 50MPA, which exceeds conventional C40 concrete energy requirements in line with Yihao.
The undertaking demonstrates the applying of 3D concrete printing in panorama structure, the place the expertise’s capability to create natural shapes and scale back labor prices makes it appropriate for out of doors installations. Boulder Park serves as a case examine for integrating digital manufacturing methods with conventional panorama design parts in public areas.
Supply: worldarchitecture.org
