… In these applications, amorphous magnetic materials can be used successfully instead of
nickel-iron alloys including permalloy. Amorphous magnetic materials, being manufactured in …

… However, due to immiscibility of iron and silver these alloys cannot be manufactured … ,
iron-manganese-silver alloys were for the first time synthesized by means of additive manufacturing…

… -additive manufacturing microalloying elements in tuning the microstructure of iron (Fe)-based
alloys for … to control the grain sizes of the metallic alloy systems. Two specific microalloying …

… titanium–oxygen–iron alloys. Here we integrate alloy design with additive manufacturing (AM)
process design to demonstrate a series of titanium–oxygen–iron compositions that exhibit …

… It is feasible to produce Fe 3 Al-based iron aluminide, exhibiting consistent composition and
… additive manufacturing (WAAM) process incorporating in situ alloying of the elemental iron …

… During multi-layer additive manufacturing, multiple thermal … -layer additive manufacturing
of Ni-based alloy on cast iron. … The distribution of alloy elements and composition profile (Ni …

… In the literature, surface tension gradient and melt viscosity data is only readily available for
pure iron, whereas viscosity estimates may be available for alloys via a generalization of the …

… In this paper, we will discuss the additive manufacturing methods and applications of iron, …
jetting for iron biomaterials This method is common for additive manufacturing iron alloys. One …

… 3 Al-based alloys. Several attempts at fabricating iron aluminides by additive manufacturing
have … [40] produced Fe 3 Al alloy of consistent composition and full density using the wire arc …

… So far, the WAAM technique have not reported crack defects in iron aluminide alloys. This
is due to the interpass temperature of 400 C applied for the deposition of the layers, otherwise …