The effect of deformation temperature (in a temperature range− 60° C–140° C) on the
kinetics of strain-induced martensitic transformation in a hot-rolled multiphase Fe-0.24 C-1.5 …

Low alloyed steels that are both strong and ductile are the primary focus of new material
concept work due to economic considerations. One key to making good use of these …

The temperature-dependent microstructural evolution and corresponding mechanical
stability of retained austenite in medium-C TRIP-assisted 0.43 C-1.45 Mn-0.98 Si-1Al-0.033 …

This chapter includes metallographic techniques, followed by microscopy such as traditional
optical microscope (OM) or light microscope (LM), scanning electron microscope (SEM) …

The retained austenite (RA) in advanced high-strength steel (AHSS) grades, such as dual-
phase (DP) steels, plays an important role on their formability. Thanks to the transformation …

The research presented in this article aimed to obtain a semi-finished product in the form of
TRIP wires, which in further research will be used to produce fasteners in the form of KPS-6 …

The influence of elevated deformation temperatures on the relationships between the
microstructure and mechanical properties in a hot-rolled Si-Al-alloyed transformation …

The kinetics of ferritic transformation and the corresponding microstructural evolution in 0.17
C-3.1 Mn-1.6 Al-0.04 Nb-0.22 Mo-0.22 Si medium-Mn steel during isothermal annealing was …

Ultrahigh-strength ferrous steels, related to the strain-induced martensite transformation (or
transformation-induced plasticity: TRIP) of metastable retained austenite, such as TRIP …

Duplex high-carbon steel is widely used in ball mills in the form of grinding balls and thus
subjected to impact loads during the normal operation of the mill. The influence of impact …