Paul Steinmann
Papers
5
Total Citations
141
H-Index
3
About
Paul Steinmann is a leading researcher in the mechanics of smart and stimuli-responsive polymers, with a particular focus on dielectric elastomers and photosensitive materials. His major contributions lie in the experimental characterization and numerical modeling of soft materials that respond to mechanical, electrical, and optical stimuli. Steinmann’s work on VHB polymers, including thermo-viscoelastic behavior and the influence of compliant electrodes, has been foundational, with his 2019 paper on the topic garnering 98 citations. He has also advanced the field of electromechanical stability, proposing a continuum model for dielectric elastomers that operate without instability. More recently, Steinmann has pioneered the study of photosensitive elastomers, which deform under specific wavelengths of light—an area offering unique advantages over electro- or magneto-active materials. His investigations into the photo-mechanical response of azobenzene-filled elastomers and nonlinear photoelasticity represent cutting-edge work in remotely actuated soft materials. Through his integrated experimental and numerical approach, Steinmann continues to shape the development of next-generation adaptive materials for applications in soft robotics and smart structures.
Research Focus
Key Achievements
Top Papers
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- 5Numerical modeling of nonlinear photoelasticity2 citations · 2022