Herein, benefitting from fully solid-soluted ultrafine Wsingle bond Mo powder, HEA-based
binder, as well as optimized sintering and vacuum heat-treatment technologies, a novel fine …

In this article, ultrafine-grained W–Ni–Fe composite with medium W content was successfully
fabricated via methods composed of spray-drying, two-stage reduction and low-temperature …

Tungsten heavy alloys (WHAs) are typical tungsten-based composites and are considered
as important materials in kinetic energy penetrators that currently use depleted uranium …

Tungsten-based composites often exhibit good performance for high temperature
applications, such as high strength, however, the very limited plasticity at room temperature …

In this work, the copper (Cu) matrix composites reinforced by medium entropy alloy (MEA)
CrCoNi particles with microlaminated structure were successfully fabricated using vacuum …

High entropy alloys (HEAs) have recently received extensive attention due to their appealing
mechanical performance given their simple phase formation. This study utilized laser …

High-entropy alloys (HEAs) are being considered as potential reinforcements in metal
matrices to overcome limitations exhibited by ceramic reinforcements. In the present work …

The strength and ductility trade-off is a long-standing issue of single face-center-cubic (FCC)
high entropy alloys (HEAs). In the present work, the in-situ formation of heterogeneous grain …

The medium W content W–Ni–Fe alloys have a combination of high strength and great
ductility, revealing a promising future for widespread engineering applications. In order to …

Excellent mechanical and physical properties are usually mutually exclusive in W–Cu
composites, which makes it challenging to achieve outstanding comprehensive …