Claudio Boni

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About

Claudio Boni is a researcher whose work bridges structural mechanics and bio-inspired design, with a primary focus on flexural tensegrity systems. His key research areas include the mechanics of segmental beams, energy harvesting, and biomimetic structures. Boni’s major contribution is the conceptualization and analysis of "flexural tensegrity," a novel structural paradigm where beam-like assemblies of segments are held together by tensioned cables, enabling controlled flexibility and load-bearing under flexion. His foundational 2020 paper on this topic has garnered 14 citations, establishing a new direction in tensegrity research. In a notable extension, Boni explored the dynamic potential of these systems in his 2022 work on energy harnessing from the snap-through motion of a flexural-tensegrity flagellum, which has already attracted 6 citations. This work demonstrates how his structural principles can be applied to convert mechanical energy from oscillatory motion, mimicking biological flagella. Boni’s achievements lie in creating a unified framework for designing adaptive, lightweight structures that can both support loads and harvest energy, offering promising applications in robotics, aerospace, and sustainable engineering. His innovative approach continues to inspire researchers interested in the intersection of structural optimization and bio-inspired mechanics.