Graphene and CNT based composites for energy and structural applications
Danish-Japanese Framework project (2014-2016) supported by Danish Agency for Science, Technology and Innovation
Coordinator:
Leon Mishnaevsky Jr., Dr. habil., Sr.Scientist, DTU
Japanese coordinator:
Professor Shinji Ogihara, Tokyo U Science
Japanese team leaders: Prof. Tomohiro Yokozeki, UTokyo, Prof. Shimamura.Yoshinobu, UShizuoka, Prof. Jun Koyanagi,Tokyo UScience. Prof.Ryosuke Matsuzaki, Tokyo UScience. Prof Satoshi Kobayashi, Tokyo Metropolitan
Events:
International Symposium on Nanoengineered composites, 15-17.7.2015,Roskilde, Denmark
Mini-workshop on Nanocarbon composites, October 21, 2015, Tokyo, Japan
Mini Workshop on Composites: Characterization and Application, October 27, 2015, Tokyo, Japan
This project focuses of the following themes
New generation of composites; Graphene based composites as a new frontier of materials development; Processing, Testing and Characterization.; Nanocomposites/ Nano-engineered and hierarchical composites; Computational design of materials; Carbon based composites
Some Publications:
Graphene monolayer nanocomposites: 3D simulation, Computational Materials Science, 95, 2014
Hybrid and hierarchical nanoreinforced polymer composites: Computational modelling, Composite Struct, 117 (2014)
Nanostructured interfaces for enhancing mechanical properties, Composites B, 68, 2015,
CNT reinforced hybrid composites: usability for wind blades, Composites B, (2015),
Hierarchical composites with CNT nanoreinforcement ICCM20 Presentation,
CNT reinforced metal binders for diamond cutting tools, Materials and Design, 83, 2015
Diamond and CBN hybrid and nanomodified cutting tools , Materials and Design 88, 2015
Carbon fiber/carbon nanotube based hierarchical composites, Composites B,