Additive manufacturing techniques offer significant advantages over conventional
manufacturing methods. These include the possibility of realizing highly customized …

The topic of loading frequency effect on fatigue behavior is in close relation to high‐cycle
fatigue (HCF) and very‐HCF (VHCF) research. The conventional loading frequency in …

Metal additive manufacturing (AM) while offering advantages such as generating parts with
intricate geometries, introduces challenges such as intrinsic defects. Since fatigue cracks …

The purpose of the research is to apply the modified Hartman-Schijve equation for predicting
small crack growth rate in an additive manufactured titanium Ti-6Al-4V. Material constants in …

This paper introduces a hybrid approach which leverages Fatemi-Socie critical plane
analysis to determine an equivalent-damage uniaxial stress amplitude for various multiaxial …

Additive manufacturing (AM) has emerged as an advanced technique for the fabrication of
complex near-net shaped and light-weight metallic parts with acceptable mechanical …

The fatigue life of metals can be generally divided into three stages: crack nucleation, small
crack growth up to about 2 mm, and large crack growth up to fracture. In additively …

Fatigue performance of additive manufactured (AM) metals is highly sensitive to the
existence of defects. This becomes more challenging when mechanically induced stress …

The aim of this study was to investigate the impact of surface roughness and size effect on
the uniaxial fatigue strength of aged specimens made of Inconel 718, obtained by laser …

Fatigue life assessment of metal additive manufacturing (AM) products has remained
challenging due to the uncertainty of as–built defects, heterogeneity of the microstructure …