We investigate original approaches to resolving the conflicting requirements of load-carrying capability and shape adaptation.
We exploit the design space to create novel design topologies for shape control, deployable devices and morphing. Our approach is concurrently considering structural design, actuation, control, fluid-structure interaction and aeroelastic coupling and relies on state of the art multi-disciplinary design tools and advanced experimental characterization techniques.
Current Research Projects
Highly multi-stable FRP shell metamaterials
Investigating the new design space given by the interaction of a relatively stiff FRP composite structure with a pre-stretched soft membrane. Read More
Morphing Skin Systems
Developing and designing a shape adaptable morphing skin that combines contradicting mechanical requirements within a lightweight and anisotropic system. Read More
Reversibly Reconfigurable Structures with Integrated Actuation
This project aims to develop an adaptive hinge with integrated actuation for a space application based on bistable composite tape springs and smart materials. Read More