The hot deformation behavior, dynamic recrystallization mechanism and processing maps of
Ti–V complex microalloyed high strength steel under temperatures ranging from 840 to …

This work focused on ultra-high strength steel strengthened by Cu-rich multistructured
precipitates and toughened by bainite. A Cr–Mo bearing bainitic steel was designed and …

The contribution of interphase precipitation on yield strength was studied in Ti–Nb and Ti–
Nb–Mo microalloyed steels. The high yield strength is partially attributed to strengthening …

High-strength microalloyed steels are widely used in various branches of technology and
industry due to the simultaneous combination of high indicators of strength, ductility, fatigue …

Different austenitizing temperatures were used to obtain medium-carbon low-alloy (MCLA)
martensitic steels with different lath martensite microstructures. The hierarchical …

In this work, an attempt was made to develop NiAl precipitation-strengthened HSLA steels
by introducing Al to the alloy composition of conventional HSLA steels. A novel HSLA steel …

The interphase precipitation behaviors and resultant hardening in V-microalloyed low
carbon steels combined with Nb or Ti addition were investigated. After isothermal …

Low mismatch and low energy interface between precipitates and ferrite matrix was adopted
to promote the precipitation of high density of uniformly dispersed coherent NiAl phase in the …

The effects of vanadium content on the microstructural and mechanical properties of a newly
developed hot-work die steel (MPS700V) at room and elevated temperatures have been …

Titanium microalloyed low carbon steels were rolled into plates by controlled rolling process,
followed by two subsequent cooling routes, including air cooling (AC) directly and …