Area of expertise | Mathématiques numériques, Calcul intensif et Données |
Doctoral School | SFA - Sciences Fondamentales et Appliquées |
Supervisor | BERNACKI Marc |
Co-supervisor | BERNACKI Marc |
Research unit | Centre de Mise en Forme des Matériaux |
Keywords | Digital twins, HPC, Computational Metallurgy, Interface networks, Mobility description, Front capturing/tracking algorithms |
Abstract | One of the European Union’s objectives in climate change consists
of reaching net-zero greenhouse gas emissions by 2050. Such perspective puts the metallic materials industry, as a large contributor to carbon emissions, under tremendous pressure for change and requires the existence of robust computational materials strategies to enhance and design, with a very high confidence degree, new metallic materials technologies with a limited environmental impact. From a more general perspective, the in-use properties and durability of metallic materials are strongly related to their microstructures, which are themselves inherited from the thermomechanical treatments. |
Profile | Degree: MSc or MTech in Metallurgy or Applied
Mathematics. Skills: Numerical Modeling, Metallurgy, programming, proficiency in English, ability to work within a multi-disciplinary team. |
Funding | Financement d'une association ou fondation |
©2009 Mines ParisTech
|