Kennesaw, Georgia30+ days ago
p style="margin:0px;text-align:justify">A major focus is bridging microstructural length scales, as applied to Novelis’ products (aluminum sheet and plate) and its manufacturing processes (aluminum casting, rolling, heat treatments etc.), and development of a deeper understanding of alloy chemistry - thermomechanical processing – microstructure – property – product performance relationships using physics-based approaches like large scale crystal plasticity finite element modeling and data-driven approaches like machine learning and high-throughput computations. - Applicants are particularly sought who combine strong modeling capabilities with specialized capabilities in the following areas:
- Mechanical behavior of metals, in particular forming, texture evolution, damage and fracture of aluminum alloys;
- Metallurgy of aluminum alloys;
- Use of experiments to validate models and analysis of the data;
- Advanced models for the mechanical behavior of metallic materials and their use in FE simulations.