NAME Advanced modelling applied to metal forming and joining technologies
Development of advanced numerical solutions for metal forming technologies (sheet metal forming, forging, rotative processes…) and joining technologies (mechanical joining, adhesive joining) of new materials and/or dissimilar materials (metal-metal, metal-composite). Generation of reduced models (IA) based on FEM data. It includes process validation and prediction of the influence of the forming/joining technologies in the in-service behavior of the components.
FIELDS OF APPLICATION
Advanced forming
MOST OUTSTANDING EQUIPMENT AND COMPONENTS
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FEM commercial softwares ((Pamstamp©, Forge©, Abaqus©, Ls-dyna©)
FEM commercial softwares ((Pamstamp©, Forge©, Abaqus©, Ls-dyna©)
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Software HMI MULTIMAT +: Estimation of SPR (Self Piercing Riveting) parameters for crash simulation with Ls-dyna (Registro copyright referencia PC20-00664)
Software HMI MULTIMAT +: Estimation of SPR (Self Piercing Riveting) parameters for crash simulation with Ls-dyna
(Registro copyright referencia PC20-00664)
SERVICES OFFERED BY THE ASSET
Computational numerical solutions applied to the industry
• Design and development of metal forming and joining technologies. • Advanced simulation of metal forming processes • Advanced simulation of mechanical and adhesive joining • Generation of metamodels (IA)
ENTITY MANAGING THE ASSET
Contact person:
Amaia Arroyo
amaia.arroyo@tecnalia.com