Mobility experience with a research focus
PhD sandwich; Post Doc
Civil and Environmental Engineering, Politecnico of Milan
Deep learning strategies to learn the micromechanics of fracture. The development of data-driven strategies based upon machine and deep learning had an unprecedented impact on the way complex problems are approached, even in solid and fracture mechanics. Moving from recent results on hybrid strategies to merge computational homogenization and image recognition, deep learning architectures like transformers are going to be adopted to learn the link between materials microstructure and fracture mechanics, within ad adaptive environment that can also take advantage of results achieved with physics-informed neural networks (PINNs).
Both Italian and English
Basic knowledge of solid and computational mechanics, and of machine and deep learning.
PhD sanswhich: 6-12
Post Doc: 6-12