Daniele Agostinelli

Scuola Internazionale Superiore di Studi Avanzati

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About

Daniele Agostinelli is a leading researcher in bio-inspired robotics and morphoelastic mechanics, whose work bridges the gap between biological locomotion and robotic design. His primary research areas include peristaltic locomotion in metameric robots and the mechanics of plant growth oscillations. Agostinelli’s most notable contribution is his 2018 study, “Peristaltic Waves as Optimal Gaits in Metameric Bio-Inspired Robots,” which has garnered 27 citations. In this work, he demonstrated that peristaltic waves—the sequential contraction and expansion of body segments—represent an optimal gait for limbless robots, providing a foundational framework for designing more efficient, worm-like robotic systems. Building on this, his 2021 paper, “Nutations in Growing Plant Shoots as a Morphoelastic Flutter Instability,” with 5 citations, offers a novel interpretation of Darwin’s circumnutations as a flutter instability. This insight not only deepens our understanding of plant biomechanics but also inspires new actuation strategies for soft robotics. Agostinelli’s research is distinguished by its integration of theoretical mechanics with practical bio-inspired design, making him a key figure in advancing autonomous, adaptive robotic systems.