Strain-induced martensite (SIM) formation was evaluated upon cold-rolling of a 17.6 wt.%
Mn-TRIP steel by means of magnetic measurements, X-ray diffraction, and high-resolution …

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 …

The martensite reversion behavior of a cold-rolled high Mn transformation-induced plasticity
(TRIP) steel was investigated through an elaborate continuous annealing procedure. The …

Direct γ→ α′ martensitic transformation during cold rolling deformation was investigated for
a high-Mn non-magnetic steel. Its influence on magnetic property was also analyzed. The …

Maraging steels reach their extraordinary final mechanical properties from a combination of
a fine martensitic microstructure and a high precipitate density. In the steel studied in this …

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 …

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 …

A thermomagnetic analysis of the maraging 350 steel quenched from 1000° C and cold
rolled with completely martensitic structure is presented. In fast heating and cooling rate (10° …

The isothermal austenite-to-martensite transformation kinetics in a maraging steel have
been studied by time-dependent microbeam diffraction measurements with high-energy X …

The deformation behavior of Fe-17Mn-0.02 C steel containing ɛ-martensite within austenite
matrix has been investigated via in-situ neutron diffraction study at 298 K and 77 K. Based …