Wire arc additive manufacturing (WAAM), thanks to the utilization of the electric arc as an
energy source and metal wire as feedstock, has become one of the most cost-effective …

As-hot-rolled medium-entropy alloys (MEAs) with unevenly distributed grain sizes of face-
centered cubic grains exhibit better yield strength without uniform elongation loss compared …

This work reports the corrosion behaviour of a novel laser direct energy deposited Ti 45 V 30
Zr 12 Nb 12 Al 1 lightweight multi-principal element alloy (MPEA) in a 0.6 M NaCl solution …

Herein, we showed that the grain size, rather than the domain size, controlled room-
temperature properties of a B2-ordered refractory Al 15 Nb 40 Ti 40 V 5 medium-entropy …

To improve the accuracy and efficiency of machine learning models in predicting and
designing the mechanical properties and designing of lightweight high-entropy alloys, we …

This study investigates the effects of Si doping and thermal treatment on the microstructures
and mechanical properties of Ti 50 Nb 20 V 20 Al 10 refractory high-entropy alloy (RHEA) …

Recently, researchers have explored the use of precipitation strengthening and finer
microstructures with high-density dislocations in additive manufacturing to produce high …

Titanium alloys fabricated by wire and arc additive manufacturing (WAAM) are prone to
produce defects with coarse intracrystalline α lamellae, continuous grain boundary of α …

Designing novel complex concentrated alloys (CCAs) is an essential topic in materials
science. However, due to the complicated high-dimensional component-property …

In this investigation, a Fe–20Mn–9Al-1.5 C lightweight austenitic steel has been developed
through strategic alloying with Ni and Cr elements coupled with the employment of a thermo …