Research at EPFL’s Flexible Structures Laboratory (the fleXLab) focuses on developing a fundamental understanding of the large deformation of slender structures that emerge in their post-buckling regime. We seek to harvest the underlying mechanical instabilities towards understanding and exploiting novel functional mechanisms, over a wide range of length scales.
Our work is rooted on the basis of recognizing scaled high-precision model experiments as a powerful tool for discovery and exploration in Mechanics, supported by theory and computation, in a vision of science-enabled engineering and engineering-motivated science. The final goal is to develop new classes of functional, flexible structures that can be rationally designed using predictive modeling frameworks.
We are passionate about engineering applications of flexible thin structures across a wide range of length scales, as well as opening up new curiosity-driven fundamental questions (and providing answers!) in this class of geometrically nonlinear mechanical systems.
Tian’s paper “A reprogrammable mechanical metamaterial with stable memory” is published in Nature [journal link] (Nature News and Views [html] and EPFL News [html]).
Postdoc opening at our lab in the area of the mechanics of slender structures! Details [here].
Matteo’s paper “Deformation of porous flexible strip in low and moderate Reynolds number flows” is published in Physical Review Fluids [journal link].
Dong’s paper “Buckling of pressurized spherical shells containing a through-thickness defect” is published in the Journal of the Mechanics and Physics of Solids [journal link].
Matteo’s paper “A weak form implementation of nonlinear axisymmetric shell equations with examples” is published in the Journal of Applied Mechanics [journal link].
Elizabeth’s paper “Hydrodynamic loading of perforated disks in creeping flows” is published in Physical Review Fluids [journal link].
Anna’s paper “Evolution of critical buckling conditions in imperfect bilayer shells through residual swelling” is published in Soft Matter [journal link].
Mark’s paper “Programmable aerodynamic drag on active dimpled cylinders” is published in Advanced Engineering Materials [journal link] and highlighted in Advanced Science News [news link].
New projects open for EPFL students. Check them out [here].
Samuel Poincloux (from France), Armelle Keiser (from France) and Tian Chen (from Canada) join the fleXLab as Postdocs.
fleXLab – Flexible Structures Laboratory
Phone: +41 21 69 35726