These supercomputers open up entirely new possibilities for researchers and operational teams in simulation, including the ability to predict extremely complex phenomena that affect the service life of nuclear power plants, run tens of thousands of scenarios to optimize production and manage risks in energy markets, and much more.

Explore the codes and software developed by EDF R&D researchers and made available to you.

Simulation environments

  • OpenTURNS

    OpenTURNS offers a wide range of methods for quantifying, propagating and ranking uncertainties.

    Learn more about OpenTURNS

  • SALOMÉ

    SALOME is an open-source platform for numerical simulation designed to support the various stages of a physical field analysis.

    Learn more about SALOMÉ

Field Physics Codes

  • code_aster

    Code_Aster is a numerical simulation software for structural analysis.

    Learn more about code_aster

  • Code_Carmel

    Code_Carmel is a finite element software for electromagnetic field modelling, developed as part of the LAMEL joint laboratory.

    Learn more about code_Carmel

  • Code_Saturne

    Code_Saturne is a simulation software for modelling incompressible and compressible flows.

    Learn more about Code_Saturne

  • Syrthes

    Syrthes is a simulation software for modelling heat transfer in solids in 2D and 3D.

    Learn more about Syrthes

  • OpenTELEMAC

    The TELEMAC system is a suite of 1D, 2D and 3D scientific simulation software dedicated to environmental hydraulics involving free-surface flows.

    Learn more about openTELEMAC

System-wide modeling codes

  • BuildSysPro

    BuildSysPro is a toolbox for modelling the energy performance of buildings and districts.

    Learn more about BuildSysPro

  • ThermoSysPro

    ThermoSysPro is an open-source component library that engineers can use to build a digital twin of their facility from an energy systems perspective.

    Learn more about ThermoSysPro

Softwares