Achievements

Multiphysic simulation of a fusible part. An electric potential is gradually applied at each extremity of the plate. The joule heating effect will cause an temperature increase and an elongation of the part. When it reach the cylinder, there is a short circuit wich cause local high temperature wich erode the plate.

Simulation of impact protection structure with LS-Dyna. SPH elements are use to simulate the impact mass. Rendering is done with Paraview.

DEM-FEM coupled simulation of impact stress and strain in a convoyeur chute.

It is a impact simulation on a roof under high velocity. The result was rendered in Paraview 5.8.

CFD simulation of water exiting dam gates. Visualisation is done at alphe 0.5. More than 250 000 m^2 of surface. Less than 2 days of calculation on our server.

Multiphysique simulation with LS-Dyna. Liquid is modeled with SPH and the protective screen use finite element with material plasticity. Dynamic relaxation and explicit solver are used.

Fully coupled simulation of CFD and DEM (lagrangien particles)

LS-Dyna explicit simulation of the failure of a universal joint. Meshing with Ansys. Erosion added to simulation material fail.

Implicit simulation of hot extrusion with LS-Dyna

Clips fastener simulation simulated with the dynamic implicit solver of LS-Dyna.

FEA simulation of a two step stamping process.

FOPS simulation of a cabin. A bi-linear material plasticity law is use for this simulation.

Ship simulation with 6DOF moving mesh. Left side is water velocity and the right side is the pressure on the ship.

CFD simulation of water droplets evaporation. Top part is air phase fraction and the bottom part is droplets diameter.

Engineering of a multifunction platform

Frame analysis with Ansys.

Transient simulation of a wave breaker by CFD.

DEM simulation made with LIGGGHTS with moving solid.

CFD simulation of water turbine with power evaluation based on water velocity.

Explicit simulation of a FOPS with permanent deformation.

Simulation of two immiscible fluids at a mixing point with heat transfer phenomena.

Computational fluid dynamic simulation of the filling of a cold water tank with hot water.

Rendering of a aerodynamic study.

FEA simulation of non-standard bolted connection with bolt preload.

DEM simulation made with LIGGGHTS with moving solid.

Low speed impact simulation with Ansys LS-Dyna.

FEA simulation of large size storage silo in non-linear static.

Simulation of a bicycle wheel with disc brake. The colors on the surfaces are for pressures and those on streamlines represent the velocity of the air. Performed with OpenFOAM in steady state and MRF are used. Flow velocity = 50 km/hr Force with disc brake = 1.35 N Cd with disc brake = 0.03 Force without disc brake = 1.16 N Cd without disc brake = 0.026 Simulation d'une roue de vélo avec le frein à disque. Les couleurs sur les surfaces représentent les pressions et celles des lignes de courant représentent les vitesses. Réalisé avec OpenFOAM en régime stationnaire et avec plusieurs domaines de référence (MRF). Vitesse de simulation = 50 km/hr Force avec le frein à disque = 1.35 N Cd avec le frein à disque = 0.03 Force sans le frein à disque = 1.16 N Cd sans le frein à disque = 0.026

Simple silo filling simulation with Liggghts.

FEA simulation of industrial tank based on API-650 standard