The current research being conducted in aeroelasticity focuses on improving the description of fluid-structure interactions, particularly for high-speed flows and shock waves. This project is sponsored by a Computational Science and Engineering Fellowship. The research is conducted by faculty members, research scientists and post docs, numerous graduate students, and undergraduate students.
Maciej Balajewicz - Aeroelasticity, developing theoretical and computational tools for low-dimensional modeling of high-dimensional systems
P. Geubelle - Computational solid mechanics, computational aeroelasticity, fracture mechanics, novel material design, composite materials, multiscale modeling
H. H. Hilton (Professor Emeritus) - Solid mechanics, viscoelasticity, composites,
structures, dynamics, numerical analysis, computer-aided engineering, aeroelasticity, structural control
Kai James - Multidisciplinary design optimization, topology optimization, aeroelasticity, computational solid mechanics, nonlinear mechanics, additive manufacturing