The escalating global demand for energy resources, particularly oil and natural gas,
underlines the critical need for enhancing the performance of pipeline infrastructure. This …

Low-carbon Ti-Mo microalloyed steels represent a new generation of high strength steels for
automobile sheet. Excellent indicators of difficult-to-combine technological, strength, and …

Steels alloyed with high Ti addition levels present an interesting combination of high
strength and formability, principally due to the high levels of precipitation hardening that can …

Microalloying elements such as Nb and Ti are essential to increase the strength of
quenched and tempered high-strength low alloy (HSLA) structural steels with nominal yield …

The microstructure and mechanical properties of a Nb–V microalloyed steel produced by
strip casting in as-coiled and aged conditions were investigated using scanning electron …

Obtaining high levels of mechanical properties in steels is directly linked to the use of
special mechanical forming processes and the addition of alloying elements during their …

The synergetic effect on hardenability by combining boron with other microalloying elements
(such as Nb, Mo and Nb+ Mo) is widely known for high-strength medium carbon steels …

Steel product markets require the rolled stock with further increasing mechanical properties
and simultaneously decreasing price. The steel cost can be reduced via decreasing the …

Lath martensite substructures in as-quenched plain carbon steels exhibit dislocation-like
contrast in the transmission electron microscope. More recent observations reported internal …

This study investigated the correlation between strain-induced precipitation (SIP) and static
recrystallisation (SRX) in Ti microalloyed steel during stress relaxation after controlled …