Modeling of vibration fatigue of welded structures in the frequency domain can be
particularly challenging. For instance, the stress singularity at weld locations causes finite …

Evaluating the fatigue damage of marine structures subjected to random environmental
loadings is of great practical significance at the design stage. In many situations, the …

Abstract Fatigue Damage Spectra (FDS) and Extreme Response Spectra (ERS) are well-
established tools for characterizing and evaluating the impact of vibration loads on …

Random fatigue is inherently multi-axial due to the complex stress state in real vibrating
structures. This paper investigates the role of Stress Modal Analysis (SMA) in multi-axial …

Fatigue damage analysis is essential for ships and offshore structures subjected to various
fluctuating loadings. In many realistic scenarios, structural responses that exhibit wide-band …

This paper presents the analysis of the influence of the shape of the probability distribution
of the load course on the computational fatigue life. The literature on the subject shows that …

Abstract The three-dimensional (3D) integrated packaging technology based on through-
silicon-via (TSV) is recognized as a new packaging technology which is most likely to …

This paper investigates the variability of the fatigue damage caused by the randomness of a
stationary Gaussian random loading. After reviewing some methods from the literature (eg …

Three types of loads are typical in vibration fatigue: random, harmonic and impact. In an
application, any combination of these loads is possible. In vibration fatigue the random loads …

Industrial wheels are components subject to fatigue under a high number of stress cycles,
depending on the type of vehicle they are installed to. The reliability of these components is …