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 …

The purpose of this paper is to discuss the recent developments in multi-axial spectral
methods, used for estimating fatigue damage of multi-axial random loadings from Power …

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 estimation of uncertainty in fatigue life prediction is a decision-making factor in structural
design. The problem is specific in the case of multiaxial loading owing to the complex …

Fatigue life prediction with failure probability estimation for materials subjected to multiaxial
loading is an important task in engineering design because it reduces the financial cost by …

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 …

The methods of vibration fatigue stress simulation and strength evaluation under stationary
state are quite complete, but the research on vibration fatigue under non-stationary state is …

Aero hydraulic pipeline systems are subjected to internal fluid fluctuations and random base
motions during operation, resulting in time-varying system parameters and nonstationary …

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 …

In vibration fatigue, high-spatial-density experimental damage identification is hard to
conduct. Fatigue damage is typically localized (in time and space) and loads can change …