Additive manufacturing has become an increasingly popular advanced manufacturing
technique, however, many questions concerning the reliability of parts fabricated by …

This article presents a review on recent advances in the fatigue behavior of Ti alloys,
especially the main commercial compositions for orthopedic applications. In the case of well …

Studies on additive manufactured (AM) materials have shown that porosity reduces the
fatigue strength. However, the quantitative impact is not well understood. This paper …

The surface properties of alloy materials have a significant influence on the overall strength
and fatigue properties of the materials. In this study, the effects of laser shock peening (LSP) …

Finishing methods of additive manufactured metal parts are becoming a key driver of
industrial viability, increasingly with additive processes being challenged in demanding end …

In the current study, laser cutting of Ti6Al4V was accomplished using Taguchi's L9
orthogonal array (OA). Laser power, cutting speed, and gas pressure were selected as input …

Abrasive belt grinding is commonly used in the surface processing of key components of
major equipment, such as blade, blisk and rail, due to its cold and flexible processing …

The fatigue strength of a component is known to highly depend on its surface quality, and it
is thus necessary to develop a reliable and appropriate mathematical model for fatigue …

This paper focusses on the effect of hot isostatic pressing (HIP) and a solution annealing
post treatment on the fatigue strength of selectively laser melted (SLM) AlSi10Mg structures …

The global objective of this study was to systematically research the rule and mechanism
how surface roughness affects the fatigue property of nickel-based single crystal superalloy …