The enhancement of strength in materials by conventional strengthening mechanism is
always accompanied by loss of ductility due to the reduced strain hardenability, leading to a …

This work investigates the correlation between microstructure and mechanical properties of
a nano-precipitation strengthened ultra-low carbon (NPS-ULC) Ti–Mo–Nb steel. Two types …

In the present study we propose a novel design of hierarchical structure with the aim to
obtain high strength of 1 GPa and low temperature toughness in a heavy low alloy steel …

The effects of deformation at 900° C and 1050° C along with various cooling rates on the
microstructure and mechanical properties of a 460 MPa grade low carbon bainitic ferrite …

Ti-containing micro-alloyed steels are often alloyed with molybdenum (Mo) to reduce nano-
precipitate coarsening, although the mechanism is still disputed. Using small angle neutron …

Nanometer-sized precipitated carbides in a low carbon Ti-V-Mo bearing steel were obtained
through hot rolling and air cooling and were investigated by transmission electron …

Herein, the effect of cooling rate on the precipitation behavior and mechanical properties of
V‐added microalloyed steel is systematically investigated by nanoindentation test, X‐ray …

Compressive deformation tests were carried out during in-situ transmission electron
microscopy to investigate the deformation behaviors of α-iron nanopillars with or without …

The effects of cooling modes (air, furnace and water) on the variation of microstructure and
mechanical properties of medium carbon steel were investigated. SEM, TEM and EBSD …

Precipitation behavior of carbide/carbonitride in high-strength low-carbon steel is
significantly affected by the ferrite transformation modes, which may change from the …