In this paper, the authors want to draw readers' attention to one long-standing question:
which approach is preferable for estimation longevities in fatigue problem, the time domain …

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 …

The variability of the wind turbine loads complicates fatigue assessment in the design
phase, as performing simulations covering the entire lifetime is computationally expensive …

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 …

The fatigue assessment of mooring lines for floating offshore wind turbines represents a
challenging issue not only for the reliable design of the stationkeeping system but also for …

In the context of increasingly complex non-stationary random loadings, accurately estimating
fatigue damage poses significant challenges. This study investigates uniform-modulated …

Estimating fatigue damage of marine structures using spectral methods under broadband
random loadings is a complex and challenging task. In the presence of non-Gaussian …

The fatigue damage of a structure is usually estimated by calculating the damage values of a
limited number of measured random time-histories. The limited damage values are …

In this paper, we compare the optimal portfolio weight of the mean-variance (MV) method
with the mean-variance-skewnesskurtosis (MVSK) method. MV is a method to get weight on …

In this paper, two developments of the classical Markowitz Mean-Variance (MV) portfolio
model are presented, namely, the Mean-Variance-Skewness-Kurtosis (MVSK) portfolio …