… elements to improve precipitation characteristics at the grain boundary regions has not … at
the grain boundary regions of a novel Mg-Zn alloy with microalloying additions of Ce and Ca. …

… grain boundaries. Although neither beryllium nor carbon suppressed grain boundary fracture,
their effects … (PHRs) obtained from the grain boundary regions can be used to calculate the …

… It provides a comprehensive understanding of solute redistribution in both the grain interior
and grain boundary regions. The results show that coarse (Ti, Mo)C precipitates are formed …

… However, the γ-grain growth in presence of multiple microalloying elements is an area that
… Nb-precipitates can offer stronger grain boundary pinning effect and the dissolution of those …

… effects on its mechanical properties. We interpret the results in terms of different atomic …
in the grain boundary region. Grain boundary sliding, or motion of the grains relative to each …

… their total interface areas were noted… impact of microalloying additions C and B on mechanical
properties, GB precipitation, and atomic-scale interfacial segregation at phase boundaries …

… grain growth in a Nb-V-Ti microalloyed steel. Ti-rich carbonitrides were found to retain a strong
pinning effect on austenite grain boundaries … However, the pearlite size, area fraction, and …

… to grain boundary cracking. Mitigation approaches focus on grain boundary active microalloying
elements … d) magnified region of a crack propagating along grain boundaries (blue). (For …

… Grain boundary precipitates are detrimental to … grain boundary sliding. They are also
directly responsible for the formation of the precipitate-free zones adjacent to grain boundaries. …

… microalloying tin and (silver and tin)-combination were performed to modify the precipitate
microstructure in the vicinity of grain boundaries with precipitate free zones … the region of PFZs …