With the rapid development of high-strength low-alloy (HSLA) steel, Nb as an important
microalloying element has received more and more attention in recent years. The …

Direct strip casting (DSC) is one of the cutting-edge technologies for the steel industry in the
twenty-first century. Under the background of carbon peak and carbon neutrality, DSC …

The low-carbon bainitic–martensitic steel added with microalloying elements was designed,
and samples with different cooling rates were produced through ingot casting and simulated …

The influence of boron as well as boron with niobium additions on the phase transformation
behaviour, resultant microstructures, and mechanical properties of thermomechanically …

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 …

The influence of isothermal temperature on the microstructure and mechanical properties of
a low-carbon V–N–Ti steel was investigated. The process, containing heating at 1200° C …

The effect of cooling rate and Nb addition on the phase transformation, microstructures, and
mechanical properties of thermomechanically controlled hot-rolled low-carbon CrNiMnMoB …

This laboratory study utilised a dilatometer to simulate the run-out table cooling rate and the
coiling temperature to investigate the effect of the cooling rate and simulated coiling …

Low-and high-Cu high-strength steels are designed and cast through strip and ingot casting.
The results show that the Cu suppresses the formation of polygonal ferrite (PF) and …

A new type of steel containing Sb based on the CASTRIP process had been designed to
improve the corrosion resistance of high-strength steels in industrial atmospheres. The …