Masterexamensarbete inom FoU – Materialmodellering av nickelbaslegeringar
Core
Develop a physics-based material model describing microstructure evolution during hot working of nickel-based alloys to support FE-based process simulations.
Role type
Master's thesis researcher (computational materials science)
Builds
Physics-based mathematical models for microstructure evolution
Domain
Materials science / Metallurgy / Computational modeling
Deliverable
production ML models
Required skills
Materials science, microstructure analysis, mathematical modeling, numerical modeling, MATLAB, Python
Preferred skills
Finite element methods, process simulation
Technologies
MATLAB, Python, Finite Element Analysis (FEA)
Responsibilities
Develop mathematical models for recrystallization and grain growth; Analyze effects of temperature, strain, and strain rate on microstructure; Implement models in finite element simulations; Connect experimental results with numerical simulations.
Seniority
Master's student (Thesis project)
