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Computational Materials Science
The Computational Materials Science group conducts research ranging
from nano-science to full-size engineering applications.
Research Areas
- Ab-initio materials simulation
- Applied mathematics
- Bio-nano science
- Computational biology and biophysics
- Correlated electron materials
- Energy storage materials
- Engineering and transportation technology
- Magnetisim and magnetrotransport in nanostructures
- Mechanics of materials
- Mesoscale models of deformation and dislocation
- Nanoscale charge transport
- Soft materials (polymers)
- Superconductivity
Group leader: Jack Wells
Email: wellsjc@ornl.gov
Phone: 865-241-2853
Fax:865-241-0381
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Secretary: Karen L. Lewis
Email: lewiskl@ornl.gov
Phone: 865-241-0212
Fax: 865-241-0381
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Staff
Post Masters
- Pallab Barai, ORISE
- Robert Day, UTK/JICS
Post Docs
- Israel Huff, UTK/HERE
- Anton Kozhevnikov, USTU/JICS
- Nikita Arnold, UTK/JICS
Research Associates
- Oleg Barabash, Imtech
- Greg Brown, FSU
- Luke Ulrich, UTK/JICS
Students
- Kirill Borziak, UTK
- Brian Cantwell, UTK
- Davi Roberto Ortega, UTK
PRESENTATIONS |
Leadership Science
-Materials Science & Nanoscience |
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Igor B. Jouline |
ORNL–University Partnerships in Computational Biology |
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| Thomas C.Schulthess |
Statistical Physics of Fracture: Recent Advances through High-Performance Computing |
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| Thomas C. Schulthess |
Fermion Glue in the Hubbard Model: New Insights into the Cuprate Pairing Mechanism with Advanced Computing |
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