Papers
6
Total Citations
135
H-Index
4
About
Tarek Dayyoub is an emerging materials scientist whose research sits at the dynamic intersection of electroactive polymers, smart actuators, and soft robotics. His work focuses on developing next-generation polymer-based actuators that mimic biological muscle function, with particular emphasis on ionic electroactive polymers and hydrogel systems as sustainable alternatives to conventional rigid actuators. Dayyoub's most influential contribution, a 2022 review on electroactive polymer composites for artificial muscle-like actuators, has garnered 97 citations, establishing him as a recognized voice in the biomedicine and soft robotics communities. This work comprehensively mapped the advantages of polymer actuators — including their lightweight nature, biodegradability, and large active strains — over traditional piezoelectric and metallic counterparts. Beyond review scholarship, Dayyoub has made notable experimental contributions, pioneering polyvinyl alcohol hydrogel actuators activated by low AC voltage and investigating how salt concentration and type can dramatically enhance hydrogel conductivity, reducing the voltage thresholds needed for actuation. His 2023 work on sustainable elastomers further reflects a commitment to environmentally responsible materials design. Collectively, Dayyoub's growing publication record signals a researcher shaping the future of bio-inspired, green-compatible actuator technology.
Research Focus
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Top Papers
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