The effects of V and Nb addition on the microstructure and mechanical properties of a cold-
rolled and intercriticallly annealed 5Mn steel were investigated. Compared to a steel without …

The microstructural evolution and precipitation behavior of the warm-rolled (WRed) medium
Mn steels with no microalloying addition, single Nb addition and multiple Nb-Mo addition …

Medium-Mn steels are characterized by ultrafine-grained (UFG) duplex microstructure
consisting of ferrite and a large amount of retained austenite. Intercritical annealing is of …

The variations of the microstructure and mechanical properties of medium-Mn steel after
vanadium (V) microalloying with different contents were investigated. After a one-step …

The microstructure evolution of cold-rolled microalloyed steel during annealing at different
soaking temperatures was investigated, with emphasis on the influence of the starting …

Influences of intercritical annealing temperature and duration on the microstructures and
tensile properties of a newly designed medium Mn steel, Fe-7 wt% Mn-0.3 wt% C-2 wt% Al …

C–Mn–Al, C–Mn–Nb, and C–Mn–Nb–Al steels are known to exhibit troughs in their hot
ductility behaviour. This paper attempts to explain the high-temperature brittleness of these …

This study explored the potential significance of controlled forging with finish forging
temperature as low as∼ 650° C in improving the mechanical properties of a novel V+ Nb …

The effects of multiple microalloy additions on the dynamic recovery and recrystallization
behavior of austenite were investigated in a series of 0.05% Cl. 25% Mn steels. The steels …

This paper systematically investigated the influence of microstructural characteristics such
as grain size and morphology on the yielding behavior of a cold rolled medium-Mn Fe-6.4 …