Daniel M. Mulvihill
University of Glasgow, Indian Institute of Technology Madras
Papers
5
Total Citations
71
H-Index
5
About
Daniel M. Mulvihill is an innovative researcher at the forefront of energy harvesting and flexible electronics, with particular expertise in triboelectric nanogenerators (TENGs), wearable sensing systems, and smart textile technologies. His work centers on developing self-powered devices that eliminate the need for conventional batteries in flexible and wearable applications — a critical challenge for the future of the Internet of Things (IoT). Mulvihill's most influential contributions include pioneering bimetallic electrode configurations on fabric-based TENGs, achieving superior energy harvesting performance for IoT touch sensor applications (27 citations), and advancing direct 3D-printing techniques for depositing triboactive polymer layers onto stretchable conductive fabrics (17 citations). His research has also made significant strides in wide-range flexible pressure sensing, demonstrating devices capable of operating across an impressive pressure range of 3.2 to 1176 kPa. Additionally, his exploration of textile TENGs as self-powered temperature sensors highlights his commitment to multifunctional wearable solutions. Collectively accumulating over 70 citations across his most recognized works, Mulvihill's research is shaping next-generation autonomous wearable technology, making him an increasingly prominent voice in smart materials and sustainable electronics research.
Research Focus
Key Achievements
Top Papers
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