Strain partitioning and localization were investigated in a high-Mn steel (17.1 wt.% Mn)
during tensile testing by a correlative probing approach including in-situ synchrotron X-ray …

The presence of δ-ferrite in 316L stainless steel powder reused several times contributes to
structural defect formation in selective laser melted parts built using the pin support structure …

Displacive stress and strain induced transformations are those transformations that occur
when the formation of martensite or bainitic ferrite is promoted by the application of stress or …

Strain-induced α′-martensite and austenite reversion in a cold rolled UNS S32304 lean
duplex steel were tracked by means of magnetic measurements, with emphasis on both M s …

Austenite (γ) reversion in a cold-rolled 17.6 wt.% Mn steel was tracked by means of
dilatometry and in-situ magnetic measurements during slow continuous annealing. A …

Abstract Austenite reversion, ie, a'-martensite→ γ phase transformation in UNS S32304 lean
duplex steel was investigated. The material was cold rolled to a true strain (ε) of 1.61 and …

An anomalous increase in magnetization was investigated in a cold-rolled high-Mn TRIP
steel (16.8 wt% Mn) annealed at 350° C for times varying from 5 to 120 min, before the start …

The formation of submicron structural defects within austenite (γ), ε-and α′-martensite
during cold rolling was followed in a 17.6 wt.% Mn steel. Several probes, including XRD …

Strain-induced metastable austenitic stainless steels form an important class of materials in
metallurgical industries for their wide range of applications. These steels undergo austenite …

The microstructural phases in steel influence the magnetic moments due to different
alignments and arrangements of the atoms in the crystal lattice. This study is based on the …