• IMDEA and UPM create deformable woven nitinol metamaterials. • Hybrid combines metal strength with textile flexibility. • Uses 3D printing to build complex geometries. • Potential applications in aerospace and robotics. • Enhances performance with lightweight structures. • Demonstrates novel material integration. • Opens new design possibilities for engineers.

Article Summaries:

  • Researchers at IMDEA and UPM have announced the creation of deformable woven nitinol metamaterials that merge the high strength of metal with the flexibility of textiles. Using advanced 3D‑printing techniques, the team produced a hybrid fabric in which nitinol fibers are interlaced into a woven structure, allowing the material to bend and stretch while retaining metallic durability. The development is positioned as a potential breakthrough for applications that require both resilience and adaptability, such as wearable electronics, soft robotics, and aerospace components. The collaboration highlights the growing trend of combining metamaterial design with additive manufacturing to produce multifunctional composites.

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