Ultrasonic high-frequency fatigue testing differs from conventional low-frequency fatigue
testing in strain rate and cyclic loading. Ultrasonic fatigue has a resonance frequency of …

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 …

To determine the relationship between thermodynamic entropy generation rate and
cumulative entropy and fatigue performance of metal components during fatigue. The …

The fatigue limit of a high strength steel (GCr15) with two strength levels (2372 MPa and
1044 MPa) was evaluated in terms of energy dissipation during high-cycle fatigue (HCF) …

Based on continuum damage mechanics, a probabilistic method of predicting high-cycle
fatigue life for metallic material is proposed. First, macro-meso two-scale stress–strain …

This article offers a technique for predicting the fatigue life of metals by monitoring its surface
temperature. The method is based on the examination of the cooling characteristics of a …

The determination of the fatigue behavior at a component level usually requires dedicated
test rigs and an expressive amount of time. The hours spent on such machinery are …

The failures of mechatronic systems, such as wear, fatigue, and aging, result in energy
dissipation. This paper develops a reliability model from the perspective of fault energy …

This study provides a novel methodology to evaluate fatigue life with the consideration of
both confidence level and reliability for CFRP laminates by combining fracture fatigue …

This paper is devoted to predicting fatigue life under multiaxial loading based on dissipated
heat during a fatigue test. In the thermography approach, the total dissipated energy can be …