Ferritic–martensitic dual-phase (DP) steels are prominent and advanced high-strength
steels (AHSS) broadly employed in automotive industries. Hence, extensive study is …

Coherent ordered nanoprecipitation (CON) hardening is an efficient strategy for breaking the
strength-ductility trade-off. Revealing the precipitation mechanism and its influence on …

Heterostructured dual-phase (DP) steels comprising different martensite volume fractions
(HS740 steel, VM: 41%; HS780 steel, VM: 54%) were produced by cold rolling and …

Regardless of the abundant studies that have been published on various characteristics of
dual-phase (DP) steels, a comprehensive review paper on the strain-hardening behavior of …

In this work, an innovative cyclic intercritical quenching process has been proposed for
achieving excellent mechanical properties in terms of strength and plasticity, which results in …

In this work, two bainitic steels with medium carbon content were developed by adding
different Si. The mechanical properties of the two test steels and the stability of their retained …

Steels with outstanding mechanical properties are desired in industrial applications.
Martensitic structure significantly increases the strength in low-carbon steels, but usually …

The effect of microscale residual stresses on the initial corrosion behavior of Ti35 alloys in
boiling nitric acid solutions was investigated using a combination of electrochemical and …

The work-hardening characteristics and deformation behavior of high deformability pipeline
steel with a polygonal ferrite and bainite microstructure were studied in this paper. The high …

The hydrogen diffusion behavior and hydrogen embrittlement susceptibility of dual phase
(DP) steels with different martensite content were investigated using the slow strain-rate …