Olly Duncan
Papers
3
Total Citations
21
H-Index
3
About
Olly Duncan is an innovative materials scientist and mechanical engineer whose research sits at the exciting intersection of advanced materials, metamaterials, and computational mechanics. Duncan's work centers on two compelling frontiers: auxetic materials — those remarkable structures exhibiting a negative Poisson's ratio — and programmable mechanical metamaterials capable of dynamically switching between distinct mechanical behaviors. His 2020 contribution to auxetic materials research established a sophisticated spline-based stored density energy approach for finite element analysis, addressing the significant computational challenges inherent in multiscale simulation of these unconventional materials, and has since accumulated 11 citations. More recently, Duncan has pushed the boundaries of active metamaterial design, developing electro-thermally controlled systems with programmable stiffness and nonreciprocal behavior, work that has already attracted 7 citations since its 2025 publication. Alongside this, his investigations into magnetically controlled metamaterial structures enabling programmable locomotion demonstrate a broader vision for materials that respond intelligently to external stimuli. Collectively, Duncan's research offers transformative implications for soft robotics, adaptive structures, and next-generation engineering applications, marking him as an emerging and imaginative voice in the metamaterials community.
Research Focus
Key Achievements
Top Papers
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