Computational Techniques That Span Multiple Scales, Atomic- to Continuum, to Quantify the Structure Property Relations in Established and Emerging Material Systems, Both in Technology and Nature
1 faculty research Computational Techniques That Span Multiple Scales, Atomic- to Continuum, to Quantify the Structure Property Relations in Established and Emerging Material Systems, Both in Technology and Nature on GradNova.
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Professor, Mechanical and Industrial Engineering
Computational Techniques That Span Multiple Scales, Atomic- to Continuum, to Quantify the Structure Property Relations in Established and Emerging Material Systems, Both in Technology and
Computational Techniques That Span Multiple Scales, Atomic- to Continuum, to Quantify the Structure Property Relations in Established and Emerging Material Systems, Both in Technology and Nature
Microstructure and Mechanical Properties
Nanoparticles Nucleation Surface Interactions
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