Ductile to brittle transition (DBT) is a well-known phenomenon responsible for deteriorating
the low temperature fracture toughness of ferritic steels. It is unambiguous to state that the …

The effects of microstructure on crack resistance and toughening mechanism of an ultra-low
carbon steel were investigated. The microstructures were controlled via thermal-mechanical …

The combined effect of microstructure and crystallographic texture on the anisotropy in
Charpy impact toughness has been studied in two hot-rolled low-carbon steel plates having …

The present work investigates the micro-mechanisms of cleavage fracture in a low carbon
ferritic steel, subjected to Charpy impact test at low temperature. EBSD crack path analysis …

The effect of MnS inclusions on the plastic deformation and fracture behavior of a steel
matrix at high temperature was studied. The macroscopic mechanical properties of the …

Abstract A Ti–V microalloyed X80 seamless pipeline steel was prepared using on-line
quenching and off-line tempering technology. The influence of finish rolling temperatures …

In this study, the machinability of austenitic LWS and the effect of MnS formation on the
mechanical and machinability properties were investigated. For this purpose, S was added …

ABSTRACT The existing Evolutionary Neural Net Algorithm (EvoNN) for data-driven
modeling has been augmented during this study using an evolutionary deep neural net …

The mechanical anisotropy and effects of MnS inclusions configuration on the local ductility
in hot rolled bars with 0.03% sulphur were experimentally investigated and statistically …

A novel steel strengthened by nanoparticles was investigated in this study. A Fe-based high-
strength steel was developed by the trace-element regional supply method during …