| Our VE team and our mission | general presentation |
| Injection molding | flow, spiral flow, imbalanced flow (multi-cavity), weld line, pressure, shrinkage/warpage, porosity, buckling, fiber orientation (anisotropy, model parameters, ...), thermal hesitation, mold cooling, validation approach, fiber breakage, moldflow&moldex, undercut demolding, ... |
| insert overmolding | Thermal shock, core shift, "adhesion" and tightness (TP on TP, TP on metal), heating (Joule effect), ... |
| Electrical | PDIV (VE), EMI (VE), Slot liners in e-motors (VE), piezoelectricity (macroscopic), dielectric constant of CF/GF compounds, Joule heating, ... |
| Fluid dynamics | introduction, electrostatic spray coating, polymer extrusion (Solef), visco-elasticity (melt), ... |
| Thermal | simulation capabilities, ... |
| NVH | visco-elasticity, vibration, acoustic, model identification, ... |
| High speed (impact...) | model identification & validation |
| short-term (mechanical) predictions | stiffness and strength, water-freezing, |
| Long-term (mechanical) predictions | creep, fatigue |
| mechanical instability (buckling) | pipe reeling, liner collapsing, slot liner insertion, ... |
| Anisotropic prediction for fiber reinforced polymers (Digimat) | digimat suites, anisotropy, database, model identification (TEP), validation, ... |
| Long fibers thermoplastics | mechanical behavior (calibration, validation), ... |
| Single-screw modeling (extrusion) | capabilities of the Compuplast, ... |
| 3D print | FFF |
| Gas permeability | of multi-layer structures (CheFem), ... |
| Topology optimization | example with validation |
| Friction & wear | very limited contribution (so far) |
| Systems | gears, compressors, screws, e-motors, ... |