Vibration fatigue by spectral methods relates the theory of structural dynamics to high-cycle
vibration fatigue. An ideal spectral method should perform well and consistently, regardless …

Structural offshore fatigue can be accelerated way to reduce the time required for testing. In
this regard, a statistical analysis of the loads must be performed to reduce loads with low …

Fatigue life estimation methods based on time-domain and rainflow counting techniques are
widely recognised and accepted for their reliability. However, applying them in scenarios …

In order to improve the fatigue life prediction of engineering structures under bimodal
vibration response stress power spectra, a new probability density model of stress amplitude …

A series of 1: 50 model tests are conducted to study the mooring dynamics of a dual-
chamber floating oscillating water column device. This device consists of two chambers …

Purpose This review aims to give a critical view of the wheel/rail high frequency vibration-
induced vibration fatigue in railway bogie. Design/methodology/approach Vibration fatigue …

This paper addresses the combination of fatigue damage for offshore steel structures
subjected to low–frequency and high–frequency Gaussian components. Two new formulae …

Two compact hybrid mooring concepts adopting top synthetic fibre rope (polyester or nylon),
submerged buoy and bottom chain design are studied. In addition to these two mooring …

Fatigue assessment is a critical issue for marine structures which usually encounter a
combination load of a low frequency and a high frequency component. Furthermore, two …

Fatigue damage assessment of narrow-banded (NB) Gaussian processes in frequency
domain has been a classical problem since the 1960s, in that the frequency-domain …