Mariaenrica Frigione

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About

Mariaenrica Frigione is a leading figure in materials engineering, with a research focus on polymer-based nanocomposites, smart coatings, and structural health monitoring. Her work is distinguished by the development of innovative, multifunctional materials that bridge the gap between fundamental science and practical application. Among her most impactful contributions is the design of a highly sensitive, large-working-range 3D piezoresistive microporous foam, integrating carbon nanotubes with elastomers—a breakthrough that has garnered 22 citations and opened new pathways for flexible, wearable sensors. Frigione’s research consistently emphasizes durability, sensitivity, and scalability, making her a key contributor to the advancement of self-sensing materials for civil and industrial infrastructure. Her achievements include pioneering studies on the long-term performance of polymer composites under environmental stress, and she is widely recognized for her ability to translate complex material behaviors into real-world solutions. With a career marked by high-impact publications and international collaborations, Frigione continues to shape the future of smart materials, inspiring students and researchers to explore the intersection of nanotechnology and structural resilience.