Soft-magnetic alloys exhibit exceptional functional properties that are beneficial for a variety
of electromagnetic applications. These alloys are conventionally manufactured into sheet or …

The influence of geometry and scan pattern on the microstructure evolution and magnetic
performance of additively manufactured Fe-3Si components was investigated. To reduce …

Processing of the low workability Fe-Co-1.5 V (Hiperco® equivalent) alloy is demonstrated
using the Laser Engineered Net Shaping (LENS) metals additive manufacturing technique …

Additive manufacturing (AM) of functional alloys has become a promising area of research
for the development of novel devices with complex geometric features that cannot be …

Intermetallic alloys possess exceptional soft magnetic properties, including high
permeability, low coercivity, and high saturation induction, but exhibit poor mechanical …

The results of the investigation on the influence of texture on chip formation during
machining of Ti–6Al–4V alloy are reported in this work. Different textures are produced in …

Next‐generation, high‐efficiency energy storage and conversion systems require
development of lithium metal batteries. But the high cost of production and constraints on …

Additive Manufacturing (AM) presents unprecedented opportunities to enable design
freedom in parts that are unachievable via conventional manufacturing. However, AM …

In this study, a Nb-containing grain-oriented silicon steel was chosen to investigate the effect
of different slab reheating temperatures on the microstructure and texture of primary …

Enhanced workability, as characterized by the magnitude and heterogeneity of
accommodated plastic strains during sheet processing, is demonstrated in high Si content …