Jacopo Quaglierini

Papers

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About

Jacopo Quaglierini’s research lies at the intersection of soft robotics, mechanics of materials, and bio-inspired actuation. His most cited work, “Mechanics of tubular meshes made of helical fibers and application to modeling McKibben artificial muscles” (2023), provides a rigorous analytical framework for understanding the highly non-linear, robust response of braided tubular structures—specifically McKibben artificial muscles. By modeling these actuators as interwoven helical fibers, Quaglierini offers a predictive tool that captures their reproducible behavior, a critical step for advancing applications in soft robotics where precise control and reliability are paramount. Though early in his career, his contributions have already garnered attention for bridging theoretical mechanics with practical actuator design. His work not only deepens the fundamental understanding of fibrous mesh mechanics but also paves the way for more efficient, durable soft robotic systems. With a focus on translating complex material behavior into usable engineering models, Quaglierini is establishing himself as a promising voice in the field, poised to influence both academic research and real-world robotic applications.