In this paper, a new response spectrum method is proposed for high-cycle fatigue damage
assessment of a linear multi-degree-of-freedom system subjected to random base …

For the current traditional vehicle, reliability test specification is difficult to effectively cover
the actual service load intensity of the electric drive system (EDS), the existing specification …

The equipment mounted on the bogie frame of railway vehicles is subjected to non-
stationary vibrations from the bogie frame. Currently, the vibration load spectrum for fatigue …

A new frequency domain method for random fatigue life estimation in a wide‐band
stationary Gaussian random process was proposed for application in fatigue analysis …

The power spectral density (PSD) is a fundamental technique of random vibration fatigue
providing an effective statistical characterization that can be processed by linear systems …

This paper describes the current state-of-the-art in fatigue life assessment for lightweight
composite structures with the use of the frequency domain fatigue life calculation method …

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 …

This paper proposes a sliding-mode based robust control technique aimed at fatigue
alleviation of a Wind Energy Conversion System (WECS). The control architecture …

The vibration excitation in extreme environments poses severe challenges to the fatigue life
of aviation equipment. Although the accelerated fatigue test applying fatigue damage …

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