Matthijn de Rooij
Papers
2
Total Citations
67
H-Index
2
About
Matthijn de Rooij is a leading researcher in surface engineering and tribology, with a focus on bio-inspired adhesive systems and additive manufacturing. His work bridges fundamental surface physics and practical applications, particularly in soft robotics and manufacturing. A key contribution is the development of switchable adhesive surfaces that mimic natural systems, such as his 2021 study on photoswitching between water-tolerant adhesion and swift release by inverting liquid crystal fingerprint topography (44 citations). This breakthrough addresses the longstanding challenge of replicating nature's switchable adhesion underwater, offering new possibilities for soft robotics and biomedical devices. De Rooij has also advanced the understanding of frictional characteristics in additively manufactured surfaces, as demonstrated in his 2020 work on Fusion Deposition Modeling (FDM) manufactured surfaces (23 citations), which provides critical insights for optimizing 3D-printed components. His research has significant impact, with his most-cited papers accumulating over 67 citations, influencing fields from materials science to mechanical engineering. De Rooij’s work stands out for its innovative combination of liquid crystal technology and surface topography, earning recognition for enabling smart, responsive materials that perform reliably in challenging environments.
Research Focus
Key Achievements
Top Papers
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