High strength low alloy (HSLA) steels have been widely used in pipelines, power plant
components, civil structures and so on, due to their outstanding mechanical properties as …

The automobile industry is presently focusing on processing of advanced steels with
superior strength–ductility combination and lesser weight as compared to conventional high …

Additively manufactured metallic materials exhibit excellent mechanical strength. However,
they often fail prematurely owing to external defects (pores and unmelted particles) that act …

In the present study, a special heat treatment cycle (step quenching) was used to produce a
dual-phase (DP) microstructure in low carbon steel. By producing this DP microstructure, the …

This paper aims to investigate tensile properties and work hardening behavior of dual phase
(DP) steels. A series of DP steels containing ferrite and martensite with different volume …

Heat-treatment processes to obtain carbide-free upper bainite, low bainite and low-
temperature bainite in the 34MnSiCrAlNiMo medium-carbon steel were explored. Results …

In-situ tensile test accompanied by electron backscatter diffraction (EBSD) analyses were
performed on polygonal ferrite (PF) and bainite dual-phase steel, selected regions of interest …

In material design, microstructure characterization and reconstruction are indispensable for
understanding the role of a structure in a process-structure-property relation. The significant …

A new and simple approach was introduced to produce dual phase (DP) steels with
excellent ductility. This technique included intercritical annealing of a cold-rolled ferrite …

Dual phase (DP) steels were produced by a new approach utilizing simple cold-rolling and
subsequent intercritical annealing of a ferrite–martensite duplex starting structure. The …