Uwe Pelz
Papers
1
Total Citations
6
H-Index
1
About
Uwe Pelz is a leading figure in the field of phase-change actuation, with a particular focus on paraffin-based systems that bridge microactuation and multifunctional engineering. His most-cited work, "Recent advances in paraffin-based actuation: a pathway to multifunctional systems" (2025, 6 citations), synthesizes decades of progress since paraffin first emerged as a high-expansion, high-work-capacity material for microactuators. Pelz’s major contributions lie in demonstrating how paraffin’s thermal expansion can be harnessed for precise, scalable actuation—paving the way for applications in bioengineering, soft robotics, and adaptive structures. His research has been instrumental in transforming paraffin from a niche laboratory curiosity into a viable platform for multifunctional systems that combine sensing, actuation, and energy storage. With a citation trajectory that underscores growing interest in sustainable, low-cost actuation, Pelz’s work is a cornerstone for students and researchers exploring smart materials. His achievements include advancing the theoretical understanding of paraffin’s thermomechanical behavior and inspiring new generations of biohybrid and microfluidic devices.
Research Focus
Key Achievements
Top Papers
- 1