Threaded fasteners are vastly used in the industry due to ease of mounting and dismounting
and flexibility of design. Nonetheless, several researchers indicate that most failures …

Ultra-high cycle fatigue problem has received more and more attention with the continuous
improvement of the reliability and life index of modern equipment, and has become a hot …

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 …

Structural health monitoring of carbon fiber reinforced plastics composite structures based
on deep learning usually builds on black box models for damage detection. However, the …

An improved 2D finite element model for bolt load distribution predictions of composite multi-
bolt single-lap joints is proposed considering both the efficiency and the accuracy, and this …

The composite is the most advanced material based on its unique properties and more
strength to weight ratio. This paper developed the laminated composite material using the …

In this paper, a progressive damage model considering hygrothermal effect is established.
Taking high strength glass fiber composite plate as an example, the progressive damage …

Bolted spherical joints (BSJs) are integral to large-span space grid structures commonly
used in expansive public and industrial buildings. BSJs are susceptible to fatigue damage in …

In this study, a novel holistic progressive damage model for mechanical fiber-reinforced
polymer (FRP) joints under static and fatigue loading is presented. The model is …

In this paper, fatigue progressive damage of fibre-reinforced composite is modelled by the
present fatigue model, in which the fatigue damage incorporates two parts of the …