Diann Brei

University of Michigan–Ann Arbor, Michigan United

Papers

Total Citations

H-Index

About

Diann Brei is a leading researcher in smart structures and adaptive systems, with a focus on inflatable and deployable technologies for aerospace, robotics, and medical applications. Her work bridges the gap between soft, flexible structures and rigid, load-bearing systems, addressing a critical challenge in the field. Brei’s most-cited papers introduce novel approaches to controlling and stiffening inflatable devices, such as through posable tensegrity constraints and tile-based rigidization surfaces. These contributions enable inflatables to maintain complex shapes and provide structural support—capabilities previously limited by their inherent flexibility. Her research on particle jamming and parametric surface design has advanced the practical utility of inflatables, making them viable for applications ranging from space deployment to soft robotics. While her citation counts (4 and 3 for her top papers) reflect a specialized, emerging area, Brei’s work is foundational for engineers seeking to combine the compact stowage of inflatables with the rigidity needed for real-world tasks. Her innovative methods have been recognized in the smart materials community, positioning her as a key figure in the evolution of adaptive, shape-changing structures.