Davy Dalmas

Papers

Total Citations

108

H-Index

About

Davy Dalmas is a researcher whose work sits at the dynamic intersection of tribology, soft matter physics, and materials engineering. His most influential contribution, "Designing metainterfaces with specified friction laws" (2024, 78 citations), represents a landmark advance in the field: by developing systematic methods to engineer dry contact interfaces with precisely tunable friction behavior, Dalmas has opened new possibilities for optimizing touchscreens, robotic hands, and other friction-critical devices — a challenge that had long lacked rigorous solutions. His 2023 study on adhesion in soft contacts (16 citations) deepens our understanding of how shear displacement governs pull-off forces, refining fundamental models of how solids interact at interfaces. Complementing this experimental focus, his work on PDMS replication protocols (2022, 14 citations) addresses a practical but pervasive problem in soft robotics, microfluidics, and biomechanics, offering solutions to shape errors that arise during elastomer fabrication. Across these contributions, Dalmas demonstrates a rare ability to bridge fundamental contact mechanics with real-world engineering applications, making his research particularly valuable to students and practitioners working in soft robotics, haptics, and surface science.