ITECH Research Pavilion 2024 — University of Stuttgart (2024)
Mimar / Tasarım Ofisi: University of Stuttgart |
Yapım Yılı: 2024 |
Konum: Stuttgart |
Proje Tipi: Deneysel mimari, Enstalasyon
<aside> 🗂️ **Recycled wood fiber mixture** The research on fiber polymer composites (FPC) has confirmed that synthetic fibers can be used to manufacture high-performance lightweight structures. Recent studies have shown that natural fiber polymer composites (NFPC) also have the potential to form load-bearing structures. The flax fibers produced in Central Europe have a lower environmental impact and better mechanical properties than other natural fibers. This project demonstrates the advantages of this hybrid system by combining flax fiber polymer composites with wood, and is committed to achieving diversified applications of natural resources. **Joint Design of the Performance Hybrid System** The developed system consists of two main components: columns and roof panels, which enable the vertical and horizontal expansion of the structure. The columns are composed of radially arranged wooden posts, with the wood bearing the pressure and the fibers serving as cables and external supports to ensure the stability and redundancy of the structure. The roof panels are made up of wooden posts fixed beneath the wooden boards, fiber lines, and fiber nets. In this system, the wooden boards and posts mainly bear the pressure, while the bottom fiber lines bear the tension. **"Two-robot manufacturing"** This project employs multi-robot collaboration technology to solve the construction problem of using wood as an embedded framework. Especially during the manufacturing of columns, slender wooden pillars, when used as a fiber framework, are prone to break due to uneven tension. Therefore, the project adopted a double-robot winding device, with two robots simultaneously winding on the opposite sides of the pillar. This strategy was mainly applied to the initial layer construction until all the pillars were uniformly wound and fixed on both sides. This was the first time that a parallel winding device was used in the manufacturing of full-scale structures. </aside> ### Space ### Materiality ### Construction Process ### Drawings ### Further Reading https://www.youtube.com/watch?time_continue=2&v=vXb0-MrWmeA&embeds_referring_euri=https%3A%2F%2Farchello.com%2F&source_ve_path=MTI3Mjk5LDI4NjY2
ITECH Research Pavilion 2024 — Mimari Görseller, Planlar ve Kesitler
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