Melina Blees

Papers

Total Citations

877

H-Index

About

Melina Blees is a pioneering researcher whose work bridges the realms of materials science and nanotechnology, with a primary focus on the mechanical properties and manipulation of two-dimensional materials. Her most celebrated contribution is the groundbreaking study "Graphene kirigami" (2015), which has garnered over 877 citations. In this seminal work, Blees and her team demonstrated how cutting patterns into graphene—inspired by the Japanese art of kirigami—can dramatically enhance its stretchability and enable complex, reversible deformations. This innovation opened new pathways for designing flexible electronics, sensors, and microelectromechanical systems, showcasing how structural patterning can overcome the intrinsic brittleness of atomically thin materials. Beyond this, her research has explored the mechanics of other 2D materials and their integration into functional devices. Blees’s work is celebrated for its creativity and practical impact, earning her recognition as a leading voice in nanomechanics. Her ability to merge artistic inspiration with rigorous scientific inquiry continues to inspire students and researchers, highlighting the untapped potential of engineering at the nanoscale.