The review summarizes some achievements of materials scientists in designing high
entropy alloys (HEAs) and developing production routs for their industrial implementation, as …

Suppressing strain localization in hard layers was crucial for making gradient alloys ductile.
Here, a typical structure in CrFeCoNiMn 0.75 Cu 0.25 high entropy alloy (HEA), which …

Owing to their exceptional properties, high-entropy alloys (HEAs) and high-entropy materials
have emerged as promising research areas and shown diverse applications. Here, the …

Wearable, flexible devices have garnered widespread attention in the realm of human
motion and life activity detection. Currently, the development of simple, green, and easily …

The development of advanced materials and construction of multilayer structure contribute to
enhancing the performance of protective coatings, further improving the industrial …

In this study, the Fe 40 Mn 20 Cr 20 Ni 20 HEA is successfully prepared, and the deformation
mechanism and microstructure evolution upon dynamic tension are investigated. The alloy …

The" inverted" relationship between strength and plasticity of metal structural materials has
limited its application at a higher level and in a wider range, and has become the main …

Cryogenic pre-deformation treatment has been widely used to effectively improve the
comprehensive mechanical properties of steels and novel metals. However, the dislocation …

This study focuses on compositionally complex alloys (CCAs), aiming to achieve a balance
between high strength and low density for new energy and aerospace applications. The …

Refractory high-or medium-entropy alloys (RHEAs or RMEAs) with excellent high-
temperature mechanical properties and softening resistance have been proven to be the …