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 …

The effect of mean stress on the multiaxial High Cycle Fatigue (HCF) behaviour of cast A356-
T6 alloy containing natural and artificial defects with varying Secondary Dendrite Arming …

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 …

Abstract AS7G06-T6 cast aluminum alloy is tested under tension fatigue loading for two load
ratios. After the quantification of the Secondary Dendrite Arm Spacing (SDAS) and grain size …

In the aircraft industry, Additive Manufacturing (AM) process is receiving more and more
attention to produce parts with complex geometry and also leads to important weight …

Modern aluminum cast alloys are promising candidates for highly loaded lightweight
components due to their good strength-to-weight ratio. To enable a safe design of aluminum …

Aluminum–silicon alloys are commonly used in die-cast and additively manufactured (AM)
light-weight components due to their good processability and high strength-to-weight ratio …

A fatigue prediction method considering shrinkage cavity, secondary dendrite arm spacing
(SDAS) and mean stress level is presented in the paper. Firstly, the casting process of an …

This paper is dedicated to the high cycle fatigue (HCF) behaviour of cast Al–Si alloys. In
particular, three similar alloys with different microstructural characteristics are investigated …