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

A vast amount of research has been carried out towards the goal of quantifying changes
related to the fatigue damaging process in materials throughout the fatigue life. However, no …

The energy dissipation and storage during strain hardening of metals have been
investigated by means of complementary in situ techniques-infrared thermography (IRT) …

The energy dissipated to the surroundings as heat in a unit volume of material per cycle, Q,
was recently proposed as fatigue damage index, and it was successfully applied to …

This paper regards the rapid determination of fatigue limit by using thermal data analysis.
Different approaches available in the literature to estimate the fatigue limit of cold-drawn AISI …

Fatigue properties are of fundamental importance and extremely time consuming to be
assessed. The aim of this research activity is to apply the Thermographic Method (TM) and …

The aim of the present work is to investigate the difference in mechanical behavior between
AISI 316L obtained by the turning process and that obtained by selective laser melting …

Determining the fatigue behaviour of metallic materials using standardised testing methods
is costly and time-consuming. Therefore, several methods have been proposed to shorten …

The objective of this present study is to use entropy generation to predict the fatigue life
behaviour of magnesium alloy. As the energy dissipation rate directly correlates with …

Fatigue damage onset involves a transformation of mechanical energy. This is in part spent
into work of plastic deformation and fracture and in part transformed into heat. Therefore …