Microstructural Evolution Modeling
- Bridging the gap between basic science and applied research for industrial applications:
- Address the current needs of applied programs in understanding the atomic-level properties of basic research.
- Develop multiscale approaches that seamlessly connect the nanoscale to macroscale.
- Quantum applications, such as materials with multifunctional quantum properties
- Electronic and magnetic materials for applied programs
- Computational and theoretical design of functional/structural materials:
- Structural materials and materials under extreme conditions for applied programs
- Scalable microstructure simulation for additive manufacturing (ExaCA, OpenN-AM) and solidification processes
- Nuclear materials
- High-throughput approaches for ML/AI with predictable theory approaches
- Multi-scale (time and spatial scales) approaches
Contact
Senior R&D Staff & Group Leader, Microstructural Evolution Modeling Group
