Master thesis: Empirical and finite element modelling of hot working
Core
Develop and improve analytical and flow stress models to predict process forces, temperature windows, and feasible reductions during hot working of stainless steels and special alloys.
Role type
Master's thesis student (Materials Science/Mechanical Engineering)
Builds
Accurate predictive models for industrial hot working processes (rolling, forging, extrusion)
Domain
Metallurgy / Materials Science / Industrial Manufacturing
Deliverable
production ML models
Required skills
Materials science, Finite element modelling, Analytical modelling, Data analysis, Python, MATLAB
Preferred skills
Knowledge of Swedish, Programming
Responsibilities
Use measured industrial process data to fit and validate analytical models; Develop or calibrate flow stress models for force predictions
Seniority
Master's student
