Abstract In an Fe–9 at.% Mn maraging alloy annealed at 450° C reversed allotriomorphic
austenite nanolayers appear on former Mn decorated lath martensite boundaries. The …

For 5000 years, metals have been mankind's most essential materials owing to their ductility
and strength. Linear defects called dislocations carry atomic shear steps, enabling their …

In this contribution, the nucleation and growth mechanism of austenite during the intercritical
annealing (IA) of medium Mn steels (MMSs) are reviewed. The nucleation of austenite can …

A model is proposed to predict the room temperature austenite volume fraction as a function
of the intercritical annealing temperature for medium Mn transformation-induced plasticity …

The difference in transformation behavior between the γ→ α and α′→ γ transformations at
the transition temperature T 0 was investigated in 0.1% C–5% Mn steel. The γ→ α …

Austenite reversion during tempering of a Fe–13.6 Cr–0.44 C (wt.%) martensite results in an
ultra-high-strength ferritic stainless steel with excellent ductility. The austenite reversion …

The orientation of austenite (γ) reverted from lath martensite has been studied using electron
backscatter diffraction (EBSD) in Fe-2% Mn-1.5% Si-0.3% C (mass%) alloy. Two …

Low-carbon martensitic stainless steels with 11.5–16 wt-% Cr and< 0.07 wt-% C are
characterised by high corrosion resistance, strength, ductility and impact toughness …

The kinetics and element partitioning during austenite (γ) reversion from lath martensite in
Fe-2Mn-1.5 Si-0.3 C (mass%) alloy have been investigated. Two different types of γ in terms …

The microstructure and amount of retained austenite (the austenite remained at room
temperature) evolved in Fe–13% Cr–4% Ni martensitic stainless steel during intercritical …