Total mentored projects: 9
Covalently bonded nanodiamond composite resins in 3D printing promise significantly improved thermal properties in prototypes.
Studying the mechanical properties of nanodiamond fillers in nanocomposite resin for could improve 3D-printer stereolithography.
Designing a sophisticated method of drilling nanosized holes on graphene will improve the electrochemical properties on energy storage device performance.
Studying the effect of nanofiller to elastomer ratio in a conductive polymer composite will help determine its electrical conductivity.
Developing a polymer composite from silica aerogel to be used as heat insulators will reduce the cost of heating and cooling of homes.
Optimizing 3D-printed inlays through the use of a non-uniform structure will allow for parts with a better strength-to-weight ratio.
Designing a high-energy-density, holey graphene-based electrode can create opportunities for mobile power supply in varied applications.
Using silica aerogel to develop a fireproofing material to prevent the spread of transformers fires will help protect lives and structures.