Computational Design of Carbon Nanocomposite Conductors
Technical Report,01 Aug 2015,30 Sep 2018
University of Texas Austin United States
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Computational materials design offers important opportunities for the development of improved naval platforms. New multiphysics simulation methods can strongly complement experimental research in the Power and Energy focus area. This grant developed and validated a new multiscale modeling approach to nanocomposite conductor design, including a novel nonholonomic Hamiltonian method for ab initio molecular dynamics.
- Electrical and Electronic Equipment