Fatigue design of engineering structures is typically based on lifetime calculation using a
cumulative damage law. The linear damage rule by Miner is the universal standard for …

Fatigue failure of high-strength bolts is one of the causes of collapse of steel structures. In
this paper, six different machine learning models were used to analyze and predict the …

This study proposes an integrated corrosion-fatigue analysis method for bridge hangers by
combining the dynamic bridge-train interaction analysis for random train arrivals with various …

In order to deepen the understanding of the fatigue problem of orthotropic steel deck (OSD),
the fatigue performance and its evaluation methods of OSDs, new-type OSD structure and …

As modern suspension bridges become longer and longer, buffeting-induced fatigue
damage problem for the bridges located in strong wind regions may have to be taken into …

Taking into account uncertainties in the nonlinear process of fatigue damage accumulation
for the fatigue life prediction of the structural details in orthotropic steel decks, a novel fatigue …

Fatigue and corrosion are the main reasons for the failure of stay cables. Traffic load also
plays a significant role in cable fatigue. To study the fatigue life of stay cables under the …

The bridges experience increasing traffic volume and weight, deteriorating of components
and large number of stress cycles. Therefore, assessment of the current condition of steel …

This paper covers reliability assessment of the fatigue life of a bridge-deck section based on
the statistical analysis of the strain–time histories measured by the structural health …

Existing structures may suffer from resistance deterioration due to repeated attacks. The
modeling of resistance deterioration is a critical ingredient in the reliability assessment and …