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(𝔽𝔼𝕄)³

𝔽inite 𝔼lement 𝕄odeling 𝔽or 𝔼lectro𝕄agnetics 𝔽or 𝔼xascale 𝕄achines

The objective of the (FEM)³ project is to enable scalable simulation and optimization of electromagnetic phenomena modeled by Maxwell's equations.

The code is based on a variety of packages from the Trilinos project and relies heavily on the Panzer multiphysics toolkit.

Key goals

  • High-fidelity simulations: High-order compatible discretizations of Maxwell's equations.

    • Through Intrepid2 and Panzer.

  • Scalability and portability: Runs efficiently on laptops, workstations and high-performance computing platforms.

    • Through Kokkos, Tpetra, Ifpack2, MueLu and Belos.

  • Adjoint-based optimization: Efficient solution of topology optimization, shape optimization and inverse problems.

    • Through ROL (Rapid Optimization Library).