In the current research, a new technique to produce ultra-high strength ferrite-martensite
dual phase (DP) steels with high ductility was developed for a low-cost plain low carbon …

The objective of the present study is to obtain a medium Mn austenitic stainless steel with
excellent mechanical properties induced by the combination of high dislocation density and …

A novel ultra-high strength transformation induced plasticity (TRIP)-assisted steel with a
better combination of ductility and stretch flangeability was fabricated by introducing a …

Abstract A new 0.25 C2Cr10Ni8Co2Mo2Al steel was designed and fabricated by vacuum
induction melting, forging and heat treatments. Excellent mechanical properties with a …

Ultrahigh strength steel is designed for light-weight cost-effective parts with improved safety
by dint of high strength coupled with better fuel efficiency for automotive and aerospace …

High–strain–rate deformation of steels is prone to generating localized adiabatic shear
bands (ASB) due to strain localization, leading to plastic instability and fracture …

The current work investigated the mechanical behaviors of a novel austenitic lightweight Fe-
Mn-Al-Si-C steel that combined the characteristics of lightweight steel and TWIP steel, due to …

In order to further improve the combination of strength and ductility for 30Si2MnCrMoVE ultra-
high strength steel (UHSS), a thermomechanical treatment, named deformation direct …

The effect of large-strain cold rolling followed by intercritical annealing on the microstructure
and mechanical properties of plain low-carbon steel was investigated. The grain size of …

In this study, a combined process of hot isostatic pressing and hot rolling (HIP-rolling) is
developed to prepare high-performance powder metallurgical (PM) low alloy ultrahigh …