Elayne M. Thomas

Papers

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About

Elayne M. Thomas is a materials scientist and mechanical engineer whose research sits at the innovative intersection of soft matter mechanics, adhesion, and smart materials. Her work focuses on understanding and engineering the adhesive behavior of soft material interfaces, with particular emphasis on electroadhesion — the electrostatic modulation of adhesive forces — and the mechanical instabilities that govern how soft materials separate and bond. Thomas has made significant contributions to the theoretical and experimental frameworks that predict how electrical, mechanical, and geometric factors collectively influence soft electroadhesive performance, advancing their application in emerging technologies such as soft robotics, haptics, and biointerfaces. Her 2023 fracture mechanics-based model for soft electroadhesives has already garnered 14 citations, reflecting its immediate relevance to the field. Complementing this, her 2022 investigation into geometry-controlled instabilities at soft-soft adhesive interfaces addresses a critical gap in understanding morphological evolution during material separation, extending prior knowledge beyond rigid-soft systems. Together, her body of work provides essential design principles for the next generation of compliant, responsive adhesive systems, making her an important emerging voice in soft materials engineering and mechanics.