- To simulate your manufacturing process, for hybrid material, composite and metal components?
- To assess the impact of different manufacturing parameters on your final component, before actually producing it? For instance for your additive manufacturing, press forming, vacuum injection, or resin transfer moulding?
- To determine the possible presence of defects, deformations, residual stresses in your part based on the manufacturing process chosen?
- To simulate joining methods, such as induction welding?
- To evaluate the influence of a manufacturing defect on the performance of your part?
- Modelling capabilities for metal and composite parts.
- Advanced with PAMForm, PAMRTM, Abaqus Tosca/AM, Simufact, Altair Optistruct, Inspire, Simsolid, PetSC, OpenFoam, SimuDrape, Catia Composite Forming, Catia Composite Design, and Fibersim.
- Knowledge of manufacturing processes for high-tech, high-spec components, with their strengths and weaknesses.
- Collaborative environment for simulation, manufacturing and testing teams.
Documents
Cases
Related Issues
- Autoclave processing
- Automated composite manufacturing
- Automated fibre placement
- Composite machining
- Composite manufacturing technologies
- Composite materials
- Compression moulding
- Conceptual design
- defect modeling
- Digital twin
- draping
- Dry fibres
- Industry 4.0
- locomachs
- Maaximus
- Manufacturing simulation
- Manufacturing visualization
- Metal manufacturing
- Mould manufacturing
- Pilot plant
- Press forming
- Residual stresses
- Resin transfer moulding (RTM)
- Structural bonding
- TGA
- Thermal analyses
- Thermoplastic
- Thermoset
- Vacuum injection
- virtual certification
- Viscosity measurements