Variational Problems and Patterns in Materials Science: Martensitic Phase Transitions, Sup — NSF Award to Virginia Commonwealth Un
Singularly perturbed variational problems in materials science have attracted significant attention in both mathematical and materials science communities. Crumples in a sheet of paper, wrinkles in curtains, defects in liquid crystals or superconductors share at least one thing in common - they are the results of a cer
| Award title | Variational Problems and Patterns in Materials Science: Martensitic Phase Transitions, Sup |
|---|---|
| Award ID | 2408507 |
| Awardee | Virginia Commonwealth University |
| City | RICHMOND |
| State | VA |
| Amount obligated | $105,399 |
| Principal investigator | Oleksandr Misiats |
| Program | APPLIED MATHEMATICS |
| Start date | 09/01/2024 |
| Abstract | Singularly perturbed variational problems in materials science have attracted significant attention in both mathematical and materials science communities. Crumples in a sheet of paper, wrinkles in curtains, defects in liquid crystals or superconductors share at least one thing in common - they are the results of a certain energy minimization. Hence, this project is aimed at creating novel energy minimizing models, in particular, in metallic alloys, which would be capable of capturing and explai |
| Source | NSF Awards |
$799/mo
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