Kelly Schneider Moreira
Papers
1
Total Citations
13
H-Index
1
About
Kelly Schneider Moreira is a materials scientist whose work bridges the gap between mechanical deformation and energy harvesting in soft materials. Her key research areas include mechanochemistry, hygroelectricity, and the development of responsive elastomers. In her most-cited study, "Mechanochemical transduction and hygroelectricity in periodically stretched rubber" (2019), she demonstrated how cyclic mechanical stretching of rubber can trigger chemical bond cleavage and generate electrical signals through moisture absorption—a phenomenon known as hygroelectricity. This work has garnered 13 citations and represents a foundational step toward self-powered sensors and wearable devices that harvest energy from ambient humidity and mechanical motion. Moreira’s contributions lie in elucidating the coupling between mechanical stress, chemical reactivity, and electrical output in polymer networks, offering new design principles for smart materials. Her research has implications for sustainable energy technologies and soft robotics, where materials must simultaneously sense, respond, and power themselves. With a growing citation record, Moreira is establishing herself as an emerging leader in the field of mechanoresponsive materials.
Research Focus
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Top Papers
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