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

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 …

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

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 …

Random vibration excitation is a common cause of failure, especially if natural dynamics is
excited. The high-cycle vibration-fatigue analysis typically requires the structural dynamics …

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 …

Spectral methods use analytical expressions to estimate the fatigue damage in vibrating
structures subjected to uniaxial or multiaxial random stresses. They exploit the random …

A spectral method for the determination of the critical plane is proposed for metallic material
under random vibration loadings based on the criterion of maximum shear stress amplitude …

Thanks to the reliable correlation with experimental data, conventional energy-based
models are widely employed in multiaxial fatigue life prediction of structural components, by …

Non-proportional multiaxial low-cycle fatigue (MLCF) tests were performed on CP-Ti at
different multiaxial strain ratios. The optical microscopy observations and life prediction …