Robert M. McMeeking
Papers
2
Total Citations
354
H-Index
2
About
Robert M. McMeeking is a pioneering figure in the mechanics of materials, with a distinguished career spanning solid mechanics, fracture, and bio-inspired adhesion. His research masterfully bridges theoretical modeling and experimental validation, particularly in the design of functional surfaces. McMeeking’s major contributions include elucidating the mechanics of gecko-inspired fibrillar adhesives, where he developed models to predict how micropatterned elastomeric structures achieve tunable adhesion even on rough surfaces—a key challenge for real-world applications. His highly cited work on functional surface microstructures, inspired by nature, has laid the groundwork for sustainable devices that mimic biological wetting and adhesion principles. With over 251 citations on his 2021 review alone, and 103 on his seminal 2016 paper on fibrillar adhesives, McMeeking’s impact is substantial. He is also renowned for his foundational work on the mechanics of electroactive polymers and piezoelectric materials. A Professor at UC Santa Barbara and the University of Glasgow, McMeeking is a Fellow of the Royal Society and the American Academy of Arts and Sciences, cementing his legacy as a leader in applied mechanics and bio-inspired engineering.
Research Focus
Key Achievements
Top Papers
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