This paper presents a review of the various methods for the stationary non-Gaussian
random vibration control. Random vibration tests can be divided, according to the number of …

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 …

Multi-shaker random vibration control with coordinate transformation technique is an
advanced mechanical environment test method that translational and rotational vibrations of …

The electro-hydraulic actuator system plays a crucial role in indoor high-frequency
simulation experiments. Many components of the system exhibit unavoidable nonlinear …

Random vibration excitation is a standard method for obtaining the dynamic properties of
aerospace structures and simulating loading conditions. Shaker-based random excitation …

This paper presents the results of experimental tests carried out on an electromagnetic
shaker where the excited element was a specimen with additional weight attached to the slip …

Gaussian road profile is widely used to study vehicle response and fatigue damage
potential, while field measured road profile often is non-Gaussian. In this paper, a new …

The fatigue damage spectrum (FDS) model characterizes how the damage potential is
distributed over the excitation frequency range, similarly to how the power spectral density …

This paper concerns random vibration testing on electrodynamic shakers, which is specified
by prescribing the power spectral density (PSD) of the generated excitation and its kurtosis if …

The fatigue damage spectrum (FDS) model characterizes how the damage potential is
distributed over the excitation frequency range, similarly to how the power spectral density …