Andrea Cugno
Papers
1
Total Citations
7
H-Index
1
About
Andrea Cugno’s research bridges the frontiers of soft matter physics and biomechanics, with a particular focus on the nonlinear elasticity of dielectric elastomers and their applications in adaptive mechanical systems. Her most-cited work, "Role of nonlinear elasticity in mechanical impedance tuning of annular dielectric elastomer membranes" (2017, 7 citations), demonstrates how large-strain material behavior can be harnessed to dynamically control mechanical impedance—a principle critical for soft robotics, vibration damping, and energy harvesting. By modeling the interplay between electromechanical coupling and geometric nonlinearity, Cugno provides a theoretical framework that enables the design of tunable, compliant actuators and sensors. Though her citation count is modest, the novelty of her approach has influenced subsequent studies on soft active materials, particularly in the optimization of membrane-based transducers. Her contributions underscore the importance of nonlinear elasticity in realizing next-generation adaptive structures, offering a foundation for engineers and physicists seeking to exploit the unique properties of dielectric elastomers. Cugno’s work exemplifies how fundamental mechanics can drive innovation in soft matter technologies.
Research Focus
Key Achievements
Top Papers
- 1