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Programme

The programme will consist of lectures on methods and techniques, as well as of case studies on issues of interests for the nuclear materials field.

Click here to view the updated school programme

Lectures

  • Introduction to Nuclear Materials Science (NMS)
  • Multiscale modelling in NMS
  • Electronic structure theory and specificities for nuclear materials
  • Semi-empirical models and approximations
  • Machine Learning in NMS
  • Molecular dynamics using empirical or quantum forces
  • Kinetic Monte Carlo modelling
  • Nano-to-macroscale modelling of mechanical properties
  • Calphad modelling
  • Fuel performance codes
  • Electron microscopy in NMS
  • Positron annihilation spectroscopy in NMS
  • Diffraction techniques
  • Atom probe tomography in NMS
  • Laser heating techniques
  • Ion irradiations
  • Characterization of gas and solute behaviour using TDS and SIMS

Case studies

  • Modelling-oriented experiments: How to design experiments to validate models
  • Experiment-oriented modelling: How to use theory to improve experiments
  • Transport properties
  • Margin to fuel melting
  • Radiation damage / microstructure evolution in struct materials
  • Thermochemical properties
  • Creep and mechanical evolution




Key Dates

Opening of registration 22.06.2020
Deadline for registration 04.08.2020
Acceptance of application by organizing committee 08.09.2020
Deadline for payment No fee
School 09.11.2020- 13.11.2020