Most metallic structural materials possess an intrinsic inverse relationship between strength
and ductility. Heterostructured materials are expected to address this issue. Through …

The functionality of load-bearing parts remains a central challenge for laser-powder bed
fusion (L-PBF). However, the understanding and quantification of the process–quality …

A high-alloy (Cr-Mo-V) cold-work tool steel was manufactured by laser powder-bed fusion
(PBF-LB) without preheating and by electron-beam powder-bed fusion (PBF-EB) with the …

The method of making parts through additive manufacturing (AM) is becoming more and
more widespread due to the possibility of the direct manufacturing of components with …

Metal additive manufacturing technologies provide new opportunities for manufacturing
complex components. However, the limited data on fracture behavior are delaying adoption …

Powder bed fusion (PBF) technology has become a popular manufacturing method to
fabricate custom metallic implants. This trend has generated some regulatory concerns …

Porous metamaterials have shown for different ranges of applications in biomedicine.
Additive manufacturing methods, including powder-bed fusion methods, allow for the …

Metal additive manufacturing (AM) has several advantages over traditional subtractive
manufacturing, with almost no tooling needed, less material waste, easier use of hard metals …

Powder bed fusion (PBF) metal additive manufacturing (AM) techniques can shape
materials from the micron to centimeter scale and presents the ability to manufacture parts …