The interlamellar crystallography of pearlite in iron-carbon alloys is examined in Fe-0.8 C
and Fe-0.81 C-12Mn steels with attention given to the Bagaryatsky, Pitsch-Petch, and …

The mechanism of austenite formation, the kinetics of cementite lamellae dissolution and the
crystallography of the austenitization from pearlite have been studied in an Fe–2.6 wt% Cr …

Atomistic modeling is used to investigate the mechanical response and deformation
mechanisms at 5 K temperature within the commonly reported orientation relationships …

Atomistic modeling was used to investigate the energetics and structure of the Bagaryatskii
orientation relationship between ferrite and cementite within pearlite. The atomic level …

The factors behind the occurrence of the Pitsch-Petch pearlitic orientation relationship (OR)
in ferrous systems are investigated using a combination of crystallographic information …

Atomistic modeling is used to investigate the energetics and structures of commonly
reported orientation relationships between ferrite and cementite within pearlite: the …

Although the pearlitic steel is one of the most extensively studied materials, there are still
questions unanswered about the interface in the lamellar structure. In particular, to deepen …

Pearlite is one of the fundamental structural components of carbon and low-alloy steels. In
pearlite, the orientation relationships of Bagaryatsky, Isaychev, and Pitsch can be observed …

Сталі перлітного класу являють собою природний композит, що складається на
мікроструктурному рівні з пластин цементиту й фериту, сполучені решітки яких мають …

While the behavior of carbon steel has been studied extensively for decades, there are still
many questions regarding its microstructures. As such, classical atomistics is utilized to …