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ADAPTEX (DMREF)
Closed-Loop Design of Polymers with Adaptive Networks for Extreme Mechanics

a NSF-supported Collaboration Project

We endeavor to create an integrated experimental and computational database of adaptive polymer networks, showcasing exceptional stretchability, high resilience, and impressive self-healing abilities.

The Principle Investigators

​Chenfeng Ke  Washington University in St. Louis
Keith Brown  Boston University
Grace Gu  University of California, Berkeley
Andrew Ferguson  University of Chicago
Ronald Smaldone  University of Texas, Dallas
WHAT WILL YOU LEARN?

Adaptive Design of Polymers with Extreme mechanics Networks

This collaborative project seeks to use a systematic, data-driven approach to overcome these challenges by developing polymers with adaptive molecular structures that can withstand extreme conditions where they must survive exposure to large mechanical forces and repair themselves when damaged. This research aims to establish a comprehensive, accelerated materials discovery loop that includes multiscale computational simulations, rapid polymer synthesis, automated fabrication with tandem mechanical characterization, and machine learning-guided design.
Our research highlights
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PI group links

Brown Group
Gu Group
​Ferguson Group
Ke Group
Smaldone Group
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