Conventional, renewable and heavy industry energies: our teams work with the major players in these constantly evolving sectors for the production, management and storage of energy or the development of advanced industrial tools.


Nuclear projects are spread all over the world and face complex economic and technological challenges specific to this field, such as the reduction of additional costs during the design and construction phases, the optimisation of productivity, or the problem of dismantling plants and equipment.  This sector is subject to strict regulations, which are well understood and managed by our teams, whose actions are essentially directed towards reducing design time and optimising nuclear installations.

Oil & Gas

From extraction to the refining of petroleum products, our teams support manufacturers by developing complex virtual prototypes. They simulate new hydrocarbon extraction and production concepts in environments where physical testing is almost impossible (horizontal drilling, hydraulic fracturing, etc.). Our studies make it possible to optimise the production flows, the drilling processes and to limit the risks of explosion.

Renewable energy sources

From photovoltaic energy, to wind turbines and tidal power units, our simulation studies focus on highly innovative designs in complex environments where very strong natural constraints such as wind, sea currents or solar radiation reside. Our expertise in numerical simulation makes it possible to test the interactions between thermal, physical and communication constraints during the design phases, thereby improving the performance in terms of safety, reliability and energy efficiency.

Heavy industry

Mining, iron and steel or paper mills require expensive and more efficient means of production in terms of economic profitability and energy efficiency. We support manufacturers in the development of optimised production tools thanks to our automated modelling techniques for large structures for multi-physics issues.

Our actions

Initial design

  • Research of innovative structural concepts
  • Welded, riveted, bolted or glued joints
  • Modelling automation

General mechanics

  • Study of large structures (service and exceptional loads)
  • Equipment fatigue resistance
  • Explosion resistance of industrial doors

CFD, external and internal aerodynamics, heat exchange

  • Solar/wind panel aerodynamics
  • Erosion prediction
  • Dispersion of gases and pollutants
  • Two-phase mixing
  • Piping
  • Load losses
  • Study and optimisation of the cooling of rotating machines
  • Aerothermics
  • Fire and heat spread


  • Acoustic simulation
  • Industrial chimney whistling


  • Thermomechanical material characterisation
  • Long wind tunnel
  • Climate ageing
  • Test follow-up
  • Correlation of test calculations

Respect of norms and standards

  • Dimensioning civil engineering structures
    Eurocodes and DAN
  • Screwed and welded joints
    Eurocodes 3 & 9, Fatigue of steel and aluminium structures