My research focuses on the development of original numerical methods in the context of applied superconductivity. In particular, I have a passion for reduced-order models and homogenization methods that allow for strong computational cost reduction while preserving the accuracy of the numerical solutions. I use the finite element method with a variety of weak formulations and field-circuit coupling approaches. I also strongly believe in open science, and I publish all my models together with their implementation in fully open-source software, including Life-HTS, FiQuS, GetDP, and Gmsh.
Recently, I contributed to novel methods for the AC loss and magnetization modelling of periodic composite superconductors, such as Rutherford cables, including hysteresis, ohmic, inter-filament coupling, inter-strand coupling, and eddy current mechanisms, as well as their consistent homogenization with a reduced-order hysteretic model. I am currently working on the extension of these ideas to HTS tapes and cables.
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