materials with highly attractive
sets of properties which can inspire new strategies for stronger,
tougher, lighter, smarter and more sustainable engineering materials.
in our lab we (1)
characterize the structure, mechanics and multi-functionalities of
natural materials, and (2) design, fabricate and test novel
high-performance engineering materials and systems inspired by nature.
Our current models include mollusk shells, bone, teeth, collagen, fish
scales and osteoderms.
Our daily activities involve micromechanics, fracture
mechanics, modeling of nonlinear and dissipative processes in
contact and impact mechanics, finite elements modeling, optimization,
engraving, 3D printing, experimental mechanics and also a bit of
February 2017: Our
fabrication, testing and optimization of a flexible ceramic armor
inspired from fish scales"
Selected as highlight for 2016 in Bioinspiration
January 2017:Visit our new
exhibit on bioinspired
materials at the Redpath museum on the McGill campus!
October 2016: A new Commentary piece
Our most recent article on interfaces in biological