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Grethe Winther
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Postdoc in crystal plasticity simulations of microstructural evolution Technical University of Denmark in Denmark
Degree Level
Postdoc
Field of study
Materials Science
Funding
Salary based on the collective agreement with the Danish Confederation of Professional Associations; supplements may be negotiated according to DTU’s salary structure for scientific staff. Full-time appointment for 2 years.
Deadline
Dec 3, 2026
Country
Denmark
University
Technical University of Denmark
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About this position
This postdoc is based at DTU Construct in close collaboration with DTU Physics and sits within an international, highly multidisciplinary team of around eight PhD students and postdocs. The project aims to understand and predict the mechanical behaviour of metals during plastic deformation by combining dislocation dynamics, crystal plasticity simulations, and synchrotron experiments that provide direct images of microstructural evolution.
The main research focus is to develop and apply crystal plasticity models to predict how grain orientations, stress states, and mechanical fields evolve as metals deform. You will compare model predictions with first-of-their-kind 3D maps of voids, particles, grain orientations, and stress states obtained from synchrotron measurements, then identify where predictions fail and improve the modelling approach accordingly.
The role also includes exploring the formation of dislocation boundary patterns at scales below the usual reach of crystal plasticity by introducing stochastic elements into simulations. In addition to modelling, you will have the opportunity to participate in synchrotron experiments and learn how the experimental data used for validation are generated.
The environment is strongly research-oriented, with colleagues working across mechanics, materials science, and physics at DTU.
Funding details
Salary based on the collective agreement with the Danish Confederation of Professional Associations; supplements may be negotiated according to DTU’s salary structure for scientific staff. Full-time appointment for 2 years.
What's required
A PhD degree or equivalent is required. Experience with crystal plasticity simulations is a strong asset. A background in materials science, mechanics, or physics is expected. Programming skills are needed to modify existing crystal plasticity code, and the candidate should be able to collaborate effectively in an international, multidisciplinary research team.
How to apply
Submit the application online via the Apply now link. Upload all materials in English as one PDF file, including the cover letter, CV, academic diplomas, and list of publications. Applications must be received by 3 December 2026 at 23:59 Danish time.
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Professors
Prof. at Technical University of Denmark
Denmark
Research Interests
Materials Chemistry
Solid Mechanics
Microstructure Evolution
Crystal Plasticity
Alloy Chemistry
Prof. at Technical University of Denmark
Denmark
Research Interests
Physics
Mechanic
Crystal Plasticity
Materials Science
Microstructure Evolution
Make your next move.
Prepare your application
Review drafts and confirm requirements with the university.