Bruno Grossi
Papers
2
Total Citations
74
H-Index
2
About
Bruno Grossi is a leading researcher in the emerging field of soft robotics and smart metamaterials, where he pioneers the use of mechanical instabilities and structural buckling as novel actuation mechanisms. His most influential work, “Metarpillar: Soft robotic locomotion based on buckling-driven elastomeric metamaterials” (2021, 54 citations), introduced a groundbreaking approach to biomimetic locomotion by coupling auxetic modules with negative air-pressure actuation, creating a caterpillar-inspired robot that moves through controlled buckling. Expanding on this foundation, Grossi developed a “biomimetic smart kirigami soft metamaterial with multimodal remote locomotion mechanisms” (2023, 20 citations), demonstrating how simple elastomer films embedded with randomly distributed ferrimagnetic nanoparticles can achieve complex walking behaviors without requiring precisely aligned magnetic materials. This work represents a significant simplification in the design of magneto-active soft robots, making them more accessible for practical applications. Grossi’s contributions are reshaping how researchers think about soft robotic locomotion, offering elegant, physics-driven solutions that leverage material instabilities rather than complex control systems. His research sits at the intersection of mechanical engineering, materials science, and bioinspiration, with clear implications for search-and-rescue robots, medical devices, and adaptive structures.
Research Focus
Key Achievements
Top Papers
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