R&D, modeling, simulations, optimisation
Implementation, migration, audit, benchmark, consulting
Getting started and advanced usage of open source softwares
Physical modeling and workflows C++,C, Fortran, python ...
Manufacturers, suppliers, OEM
Oil & gas, fossil fuels, nuclear, renewable
Auto-moto, trucks, train, naval
Chemical industries, food-processing
Construction, civil engineering, urbanism
Academic research, universities, schools
External and internal aerodynamics Turbulence modeling: RANS, LES Aerodynamics coefficients evaluation Shape optimisation
Internal flows Pressure drop estimations Transport properties (constant, polynomial, tabulated, janaf)
MRF and sliding mesh Dynamic mesh refinement 6 DOF mesh movement
Numerical wind tunnel for buildings and environment Wind load on structures Pedestrian wind comfort Air flow simulation inside and around buildings Natural ventilation, thermal comfort, double skin facades
Finite element method Stress and deformation Thermal stress (conduction, radiation) Fluid/structure interaction
Conduction, convection, radiation Natural convection : Boussinesq orcompressible Multi region (solid/fluide) heat transfers
Turbulent combustion Premixed and diffusion flames Turbulence: RANS, LES Detailed chemistry and tabulations
VOF, Eulerian, Lagragian Sprays Wall films Phase change
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