Mo is widely used as an effective microalloying element to improve mechanical performance
of interphase precipitation steels, but the precise role of Mo in interphase precipitation …

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

The addition of small amount of molybdenum to martensitic stainless steels has been found
to be beneficial for the combination of strength and ductility. This paper focuses on its …

In this study, we explore the potential roles of flash annealing in the microstructure and
mechanical behavior of a cold-rolled “NANOHITEN” ferritic steel. The process produces an …

Carbide precipitation in martensitic low alloyed steels contributes to the mechanical
properties through precipitation hardening. A high number density of carbides is desired to …

There is a growing need to develop high-performance linepipes owing to the accelerated
resource depletion attributable to the increasing interest in mining in extreme …

Controlling the amount of retained austenite and precipitate particles allows for tailoring of
mechanical properties in medium Mn steel alloyed with Cu, Ni and Al. The austenite …

In this study, we address the challenge of obtaining high strength at ambient and elevated
temperatures in fire-resistant Ti–Mo–V steel with ferrite microstructures through thermo …

The effect of Mo on the clustering and interphase precipitation occurring during phase
transformation has been investigated in a strip-cast low-carbon steel containing Nb. In this …

Microstructure evolution and precipitation behaviors before and after tension at elevated
temperature of Nb and Nb-Mo microalloyed fire-resistant steels were investigated by …