Additive manufacturing (AM) of magnetic materials has recently attracted increasing interest
for various applications but is often limited by the high cost and supply chain risks of rare …

Abstract Tetrataenite (L1 0-FeNi) has potential for application in next-generation permanent
magnets. This compound is a rare-earth-free material comprising Fe and Ni, which are …

The current study attempts to establish the interrelation between microstructure and
magnetic properties induced during laser melting of the FeNi alloy. This study demonstrates …

Examining the impact of heat-input (QHI) on the characteristics of dissimilar welds of 410
and 304L is essential for improving the structural integrity, longevity, and functionality of …

This study highlights the effect of high-pressure torsion (HPT), a severe plastic deformation
technique, on the magnetic properties of equiatomic FeNi alloys prepared from mechanical …

Abstract L 10-ordered FeNi (tetrataenite) exhibits a large saturation magnetization and a
robust uniaxial magnetic anisotropy, making it a valuable rare-earth free candidate for …

Mechanical alloying is an important powder processing technique that is often utilized for
develo** novel alloys and composites. The use of mechanical alloying for the fabrication …

For the first time, this study conducts a computational analysis by employing density
functional theory (DFT) to investigate the effects of silicon do** as substitutional defects on …

Abstract Equiatomic Fe-Ni alloy in its disordered A1 structure is a soft magnetic Invar alloy.
On ordering to the L1 0-ordered phase, it shows significant magneto-crystalline anisotropy …