EffECT

Breaking frontiers of Eddy Current Testing simulations through Discrete de Rham methods
Marie Skłodowska-Curie Actions, 2024–2026

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Project Description

EffECT is a two-year project funded by the Marie Skłodowska-Curie Actions. The project develops advanced Discrete de Rham numerical methods on polyhedral meshes, with applications to electromagnetic simulations and eddy current testing.

The project has two main goals:

• To develop new mathematical and numerical tools for the analysis of Discrete de Rham numerical schemes.
• To apply these tools to real-world eddy current testing configurations.

The central idea is to integrate the mathematical capabilities of DDR methods, in particular their support for general polyhedral meshes and high-order polynomial approximations, into eddy-current models.

People

• Dr. Silvano Pitassi, Principal Investigator.
• Prof. Daniele A. Di Pietro, Advisor.

Research Directions

• Discrete functional analysis for polyhedral de Rham complexes.
• Uniform Poincaré-type estimates and stability of discrete complexes.
• Conforming liftings, adjoint consistency, and stabilization-free formulations.
• Cohomology, topology, and compatible discretizations for electromagnetic models.

Publications and Preprints

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