High-resolution three-dimensional crystal plasticity simulations are used to investigate
deformation heterogeneity and microstructure evolution during cold rolling of interstitial free …

The capability of high-resolution modeling of crystals subjected to large plastic strain is
essential in predicting many important phenomena occurring in polycrystalline materials …

Carbon segregation to defects in martensite is a phenomenon known for its occurrence and
interference with mechanisms such as carbon partitioning in multiphase steels. Especially in …

Predicting microstructure and (micro-) texture evolution during thermo-mechanical
processing requires the combined simulation of plastic deformation and recrystallization …

In this study, an integrated crystal plasticity and cellular automaton (CA) model has been
developed and employed to investigate the processes of cold rolling and annealing in ferritic …

This work investigates the formation of the recrystallisation microstructure and texture of
various single-phase ferrite low-carbon steels that were rolled at different temperatures and …

This work discusses the microstructure evolution observed in a quenching and partitioning
(Q&P)-processed martensite/austenite stainless steel during the partitioning step at 400° C …

The origin of cube texture during recrystallization of medium to high stacking-fault energy
FCC metals has been debated for several decades. However, the evolution of cube …

The microstructure of metals and foams can be effectively modelled with anisotropic power
diagrams (APDs), which provide control over the shape of individual grains. One major …

This study investigates the sub-structure of IF steel in three conditions: cold rolled, statically
recovered, and warm rolled. After both cold and warm rolling, the steel exhibits the typical< …