Random vibrations induce damage in structures, especially when they are operating close
to their natural frequencies. The stationarity of the input excitation is one of the fundamental …

In this paper, a more accurate and efficient format of the fatigue response spectrum method
is further proposed considering modal truncation error. Firstly, the quasi-static response of …

Random fatigue is inherently multi-axial due to the complex stress state in real vibrating
structures. This paper investigates the role of Stress Modal Analysis (SMA) in multi-axial …

The complete elimination of flaws in complex parts raises the overall costs, especially under
stringent safety or service targets, while advanced knowledge might grade the risk of …

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 …

In ocean engineering, assessing vibration-induced fatigue under random loads is critical,
particularly for ocean structures with multiple defects, as fatigue is highly sensitive to local …

Potential defect acceptance can be seen dependable upon the mapping of effective strains
on the whole surface, due to dynamic loading of the components as they are mounted. With …

Recently, a fatigue response spectrum method (FRSM) has been proposed for efficiently
assessing the high-cycle fatigue life of structures subjected to random excitation. The core of …

Because of the light weight and high strength, composite laminates have many advantages
in aircraft structures; however, they are frequently subjected to severe dynamic loadings …

Dynamic response of vibrating system subjected to non-Gaussian random loads was
investigated through a set of numerical simulation on several lumped systems aimed to …