Nano-scale precipitation strengthened steels have drawn increasing attention from the
materials community recently due to their excellent mechanical behaviors at room …

Solute segregation can profoundly affect the thermodynamic stability and cohesive
properties of the grain boundaries (GBs) in Fe-based alloys. In the present work, first …

Grain size stabilization is crucial for the production and application of nanocrystalline (NC)
materials. The mechanically alloyed (MA) NC Fe-Zr system is known as a very successful …

The application of nanocrystalline (NC) materials at high temperatures is challenging due to
their poor thermal stability or low creep resistance. Here we report that a thermally stable NC …

Light elements play a crucial role on the microstructure and properties of conventional alloys
and steels. Oxygen is one of the light elements which is inevitably introduced into …

Cemented tungsten carbide materials are traditionally bonded using a cobalt matrix,
resulting in a material that possesses a unique combination of exceptional properties …

A series of bulk nanostructured Fe–Ni–Zr oxide-dispersion-strengthened (ODS) alloys were
synthesized using high energy mechanical alloying and consolidated using high …

Hydroxyapatite, a type of bioceramics, is mainly used as an implant for hard tissues due to
its similarity to the structure of hard tissues. The aim of this study is to improve the …

Nanocrystalline 316L stainless steels with yttrium addition were prepared by mechanical
milling at cryogenic temperature and subjected to annealing treatments at various …

In this study, high-energy mechanical alloying technique was used to produce
nanocrystalline stainless steels of three different compositions from elemental powders. The …