The fatigue behavior of metallic materials fabricated via additive manufacturing processes is
currently not well understood and it has been the subject of many experimental …

Hybrid in situ rolled wire+ arc additive manufacturing (HRAM) is a potential 3D printing
method that combines traditional wire and arc additive manufacturing (WAAM) with in situ …

The progressive improvement of additive manufacturing (AM) techniques enables the
production of geometrically complex and lightweight parts, which explains the incredibly fast …

The laser powder bed fusion (L-PBF) process involves a large number of processing
parameters. Extending the intricate relationship between processing and structure to …

This work shows the impact of microstructure and defect on the fatigue life of an AlSi10Mg
manufactured by Additive Layer Manufacturing (ALM). Samples were manufactured via a …

The paper, after analysis of a large experimental data base, shows that, depending on the
material, the effect of defect on the fatigue limit should be described through 5 major …

A356 alloys processed mostly with the low pressure die casting method are always known to
contain casting pores and inhomogeneous microstructure. In this study, the effects of …

In this study, a probabilistic model based on Monte-Carlo theory is applied to predict the
fatigue behavior of cast aluminum alloys. The objective of the proposed approach is to …

Porosity generated by the casting process has a detrimental effect on the high cycle fatigue
strength of cast aluminium alloys. The current study presents an investigation using the non …

A modelling strategy is proposed to evaluate the influence of defect morphology on the
fatigue limit of additively manufactured Al alloys by:(i) obtaining an x-ray micro-Computed …