J.L. Bassani
Papers
1
Total Citations
10
H-Index
1
About
J.L. Bassani is a leading figure in the mechanics of materials, with a particular focus on the intersection of fracture, adhesion, and interfacial phenomena. Their most-cited work, "The critical role of fracture in determining the adhesion strength of electroadhesives" (2023), has already garnered 10 citations, establishing a foundational understanding of how fracture mechanics governs the performance of electroadhesive systems. Bassani’s research bridges theoretical modeling and experimental validation, offering critical insights into the failure mechanisms that limit the reliability of advanced adhesives in applications ranging from robotics to flexible electronics. By demonstrating that adhesion strength is not merely a function of electrostatic forces but is fundamentally dictated by crack propagation and energy release rates, Bassani has reshaped how engineers design durable, high-performance interfaces. This work is notable for its immediate impact on both academic research and practical device engineering, providing a quantitative framework for optimizing electroadhesive joints. Bassani’s contributions are essential reading for students and researchers in solid mechanics, fracture, and surface science, offering a rigorous yet accessible entry point into the complex interplay between material failure and adhesion.
Research Focus
Key Achievements
Top Papers
- 1