The frequency domain techniques (also known as “spectral methods”) prove significantly
more efficient than the time domain fatigue life calculations, especially when they are used …

With the increasing application of CFRP in engineering structures, researchers are devoting
more attention to its fatigue issues. Due to the greater complexity and diversity of composite …

It is not completely understood fatigue strength at this time due to its complex formation
mechanism. Therefore, in order to address this issue, machine learning has been used to …

The fatigue test of composite honeycomb sandwich panels has been carried out under
random vibration load in this investigation. The test results show that, the failure mode of the …

The key components in service, such as aero‐engine turbine blades, are generally bearing
complex interactions of high and low cycle fatigue loading. It is essential to make accurate …

This study presents an in-depth investigation into the fatigue performance of carbon fiber-
reinforced polymer (CFRP) thin plate subjected to high-cycle random vibration loading. The …

Material property and surface integrity are key parameters that influence the fatigue
properties of metallic material, especially residual stress, microstructure, and surface …

This paper seeks to probe temperature-moisture-mechanical coupling fatigue behaviours of
screwed composite-steel joints by using experimental and numerical methods. Novel …

A new method based on combined residual stiffness-strength degradation is developed to
predict the failure probability of plain weave composites subjected to random fatigue …

The power spectral density (PSD) of an equivalent stress is proposed to analyze the fatigue
life of composite laminates under random vibration loadings using the Tsai–Hill criterion …