Julien Dular

FNRS - Post-Doctoral Researcher - Chargé de recherches

About

I am a physicist-engineer with a PhD in computational physics. My research focuses on numerical modelling of electromagnetic fields in the context of applied superconductivity.

I develop these models in open-source software, including Life-HTS, FiQuS, GetDP, and Gmsh.

Julien Dular

Projects

Life-HTS

Finite element models and workflows for high-temperature superconductors and electromagnetic devices.

Visit website ↗

FiQuS

Electro-thermal simulation framework for modelling transients in superconducting accelerator magnets.

Visit website ↗

HTS Homogenization & ROM

Reduced-order hysteretic models and homogenization methods for HTS windings and composite conductors.

View project → Interactive

ROHM Model for LTS Strands

Reduced Order Hysteretic Magnetization model for low-temperature superconducting strands.

Interactive explorer and tutorial → Interactive

Picard vs Newton–Raphson

Why nonlinear iterations can cycle for superconductors and ferromagnets, and how to avoid it.

Interactive explorer and tutorial →

Main Publications

Highlighted peer-reviewed work. Full list on Google Scholar.

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Contact

I am open to collaborations, speaking invitations, and questions from prospective students and researchers. Feel free to reach out.