The influence of composition and cooling rate on the hot ductility of steels has been
reviewed. Models to predict hot ductility behaviour have been discussed and the parts of the …

The hot ductility of Transformation Induced Plasticity (TRIP) and Twinning Induced Plasticity
(TWIP) steels is reviewed, concentrating on the likelihood of cracking occurring on …

Although the austenitic stainless steels 304 and 321 are often treated nominally as
equivalents in their hot rolling characteristics, the question remains whether any subtle …

Abstract Effect of Mn (14.94, 18.21, and 23.6 wt%) and Al (0.002, 0.75, and 1.47 wt%)
contents on hot ductility of five high alloy Fe-xMn-C-yAl austenitic Twinning induced …

The hot ductility of twin induced plasticity (TWIP), 0· 6 wt-C steels containing 18–22 wt-Mn
with N levels in the range 0· 005–0· 023 wt-and the Al additions either low (< 0· 05 wt-) or …

It is well-known that the surface quality of the niobium microalloy profiled billet directly affects
the comprehensive mechanical properties of the H-beam. The effects of chromium on the γ/α …

High-Mn austenitic twinning-induced plasticity (TWIP) steels have become nowadays one of
the most innovative and attractive materials due to their excellent combination of high …

The objective of this research work is to obtain the hot ductility behavior, and the structural,
microstructural and mechanical characteristics of one of the latest generation of AHSS …

The current work investigated the relationship between microstructure and warm
deformation properties in a strong but ductile Mn-rich steel. A cold-rolled Fe-11.3 Mn-0.068 …

In this paper, the influence of small additions of Cr, Mo, Cu, Ni, B, Ca, Zr, and Ce on the hot
ductility of advanced high-strength steels (AHSS) has been reviewed. Most of these small …