Laboratory
Graphene Coated Powder
ABOUT US
In the Future Materials Laboratory, we are developing and utilizing a unique set of multiscale experimental and computational methods to study the mechanical behavior of a broad range of advanced materials, at the atomistic, micro, and macroscales.
We fabricate novel metal-graphene composites at different length scales, 3D print alloys, and fabricate nano-sized polymer fibers and sheets. In each case, we perform cutting edge experiments combined with multiscale computational studies to engineer the nano, and microstructure of the materials to obtain exceptional mechanical properties.
See Research and Publication pages for more details.
Additive Manufacturing
We design and fabricate metal-graphene composites with exceptional mechanical properties
Graphene-Metal Composites
We design and fabricate metal-graphene composites with exceptional mechanical properties
Computational Modeling
We develop and utilize a broad range of computational methods including Ab-initio studies, molecular dynamics simulations and finite element modeling
Characterization
We utilize cutting-edge methods to characterize our designed and fabricated materials