Abstract:
High-Entropy Alloys (HEA) consist of at least five or more principal elements having
equimolar or near equimolar ratios. This emerging concept has established a fact that
there is so much more yet to be discovered. Four core effects observed in HEAs which are
entropic stabilization, sluggish diffusion, severe lattice distortion and cocktail effect
enable them to exhibit extraordinary properties. Our aim was to utilize this idea and could
address the problems faced with conventional alloys. We designed an FCC Matrix High
Entropy Porous Alloy and aimed to investigate its high-end properties and potential
applications.
