Developing resilient soft materials optimized for load-bearing and toughness is a long-standing challenge which, if solved, could enable the design of advanced resins, fabrics, packages, separation technologies, and tissue replacements. Inspired by the graded and hierarchical s tructures of natural marine materials, this IRG aims to (i) develop new strategies for materials processing that integrate precise, discrete polymer chemistries with non-equilibrium processing methods to achieve controlled multi•phase and interfacial structure, (ii) understand the interactions and mechanics of internal interfaces in these materials, and (iii) establish the multiscale structure-property relationships to provide the foundational design rules for creating new classes of versatile, multi phase soft materials.
IRG-3: Weekly on Thursdays at 1:00pm. Contact Megan Valentine for Zoom information during the COVID pandemic.
|Megan Valentine (Co-Leader)||Mechanical Eng.|
|Matthew Helgeson (Co-Leader)||Chemical Eng.|
|Brad Chmelka||Chemical Eng.|
|Glenn Fredrickson||Chemical Eng. / Materials|
|Craig Hawker||Chemistry, Materials|
|Robert McMeeking||Mechanical Eng. / Materials|
|Joan-Emma Shea||Chemistry / Physics|
|J. Herbert Waite||MCDB / Chemistry / BMSE|
|Francois Barthelat||McGill University|
|Matthew Begley||Mechanical / Materials|
|Jamie Booth||California Sate University, Northridge|
|Claus Eisenbach||University of Stuttgart, Germany|
|Noy Cohen||Technion, Israel|