Laser powder bed fusion (LPBF) of AlMgScZr alloys have a combination of high strength
and good ductility, which may apply to damage-tolerant structures. However, there have …

Abstract Ti-6Al, Ti-6Al-2Mo and Ti-6Al-3Nb alloys were prepared to investigate the
toughening effects of β stabilizers Mo and Nb on impact toughness and crack resistance of …

Gradient-structured (GS) materials are capable of displaying high strength without
compromising ductility, which can result in damage-tolerant structures. However, due to the …

This article reviews the effects of nano-sized mono metallic zirconium oxide particles on the
mechanical and the tribological behavior of aluminum alloys. The zirconium oxide …

A low-carbon micro-alloyed (LCMA) steel with a body-centered cubic (bcc) crystal structure
suitable for extremely low temperatures was developed by overcoming the intrinsic ductile-to …

Understanding the mechanism of oxygen on toughness of titanium alloys is crucial for
popularizing powder metallurgy. In this work, the effect of oxygen content (1500, 3000 and …

In this work, a multi-gradient ultrafine grain (GUFG) structured high strength low alloy (HSLA)
steel was successfully prepared by adopting a two-stage rolling coupling ultra-fast cooling …

A unique impact fracture behavior is found in a high-Mn austenitic steel (24Mn–4Cr-0.4 C-
0.3 Cu) in this work. The steel exhibits concurrent twinning-induced plasticity (TWIP) effect …

In this study, a simple and efficient method for obtaining high strength and ductility, ie,
microalloying with Cd, was used for the Al-Cu alloy fabricated by the arc-directed energy …

In the study, the crack initiation and propagation behaviors of Ni-based GH3536
manufactured by selective laser melting (SLM) are quantified by the absorbed impact energy …