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

In this paper, a comparative review between time-and frequency-domain methods for fatigue
damage assessment is performed. The principal steps of a fatigue study are described in …

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 …

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 …

Physical fatigue is not only an indication of the user's physical condition and/or need for
sleep or rest, but can also be a significant symptom of various diseases. This fatigue affects …

Nowadays, the estimation of fatigue life under multiaxial random loading is still an extremely
complex task. In this paper, a comprehensive review of the multiaxial random fatigue criteria …

In vibration fatigue, flexible structures operate at or close to their natural frequencies.
Therefore, it is common to consider the input excitation as well as the stress/strain response …

This paper proposes a novel scheme for extending lifetime of a wind energy conversion
system (WECS) by integrating an online damage evaluation model into a control strategy for …

A data-driven approach to modeling multiaxial fatigue in frequency domain is proposed. The
paper presents a methodology through which models can be built to predict fatigue damage …

Vibration-fatigue analysis deals with the material fatigue of flexible structures operating
close to natural frequencies. Based on the uniaxial stress response, calculated in the …