|Application Area||Multiphysics, Aerospace, Automotive, Marine|
|Linked Companies||Idiada, EM Combustion, iVascular, IHT, Seat, Repsol, Iberdrola, Medtronic, Siemens AG
|Application Area||Aerospace, Automotive, Combustion, Compressible Two-Phases Flows|
|Linked Companies||SAFRAN Group, TOTAL, CNES, Ariane Groupe|
FEniCS is a high-level problem solving environment for automated solution of partial differential equations (PDEs) by the finite element method. To manage the complexity of multiphysics problems FEniCS takes the weak form of a PDE as input in a near mathematical notation and automatically generates low-level source code, abstracting away implementation details and HPC concepts from domain scientists.
|Application Area||Multiphysics, Aerospace, Automotive, Energy, Renewables|
|Linked Companies||Augusta Westland|
Flucs is a CFD solver for Aircraft design. It features innovative algorithms as well as advanced software technologies concepts dedicated to HPC. DLR started the implementation from scratch in 2013 considering requirements for Exascale like multi-level-parallelization and asynchrony execution among others already in the initial design phase. Since 2018 the Flucs software is the basis of a strong partnership between Airbus, ONERA and DLR focusing on the development of a common next generation CFD code for aircraft flow predictions. In January 2019 the consortium agreed on the name CODA for the common CFD code.
|Developer||Imperial College London|
|Application Area||Green energy, Environmental modelling|
|Linked Companies||Flo-wave, Rio Tinto, Alstom Group, Meygen Ltd, Renewable Energy Systems Ltd, HR
Nek5000 is an open-source flow solver based on the spectral element method. The code solves the incompressible Navier-Stokes equations, together with a number of additional physics (heat transfer, magneto-hydrodynamics, low Mach number, electrostatics), on general hexahedral spectral elements.
|Application Area||Aerospace, Automotive, Energy, Renewables|
|Linked Companies||Scania, Tetra Pak, Agusta Westland|