Numerous studies have demonstrated the viability of lightweight Fe-Mn-Al-C steels for
exhibiting an improved balance of high strength and high ductility in automotive …

In low-density steel, κ-carbides primarily precipitate in the form of nanoscale particles within
austenite grains. However, their precipitation within ferrite matrix grains has not been …

Dual-scale (nano and micron) particle-reinforced TiB2/6061Al matrix composites with
different contents of TiB2 were prepared using powder metallurgy, and then analyzed via …

Ensuring toughness in thick hot-rolled plates remains a challenge for lightweight steels in
automotive, shipbuilding, military, and construction industries despite improved tensile …

To reveal the complex relationship between the wear properties of medium manganese
steel and related parameters, the effects of silicon elements and heat treatment temperature …

High-performance lightweight materials are urgently needed because of energy savings and
emission reduction. Here, we design a new steel with a low density of 6.41 g/cm3, which is a …

The research presented in this paper is part of a larger project concerning high-manganese
alloys with different chemical compositions (mainly in manganese content from 21 to 31 …

Herein, the effects of electroslag remelting (ESR) and impurities in ESR slag on the
composition, microstructure, and properties of lightweight steel with a nominal composition …

The phase transformations in an as-cast Fe-30Mn-8.8 Al-0.3 Si-0.15 C steel were analyzed
experimentally and numerically with a Calphad-based method during heat treatment. The …

Dual-scale (nano and micron) particle-reinforced TiB 2/6061Al matrix composites with
different contents of TiB 2 were prepared using powder metallurgy, and then analyzed via …