Novel depinning phase transitions: dislocations in complex alloys

Description of the granted funding

The way metals deform or yield instead of breaking depends on the way they yield or deform via plasticity or dislocations since the dislocation likes to get stuck in the impurities as it wanders around as a string in the three-dimensional crystal. The new theories will allow to understand at which stress the material yields at finite temperatures. Last, we look at materials at larger scales with many dislocations. We expect, that what we see on smaller scales with one dislocation will have a similar impact on the strength. The research is based on ideas from theoretical physics and the key scientific questions are studied in realistic metal alloys. The data gathered will allow with Machine Learning to make predictions of these complicated materials. The expected results are a discovery of new physics that helps in understanding, predicting and designing hard metal alloys.
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Starting year

2024

End year

2028

Granted funding

Mikko Alava Orcid -palvelun logo
497 217 €

Funder

Research Council of Finland

Funding instrument

Academy projects

Decision maker

Scientific Council for Natural Sciences and Engineering
13.06.2024

Other information

Funding decision number

361245

Fields of science

Physical sciences

Research fields

Tiiviin aineen fysiikka

Identified topics

space, physics