This work proposes an engineering approach to investigate the fatigue lifetime of styrene–
butadiene rubber under uniaxial loadings. Two specimen geometries are considered …

Uniaxial tension fatigue tests conducted on dumbbell‐shaped specimens made of
vulcanized natural rubber are carried out. Using the fatigue test data, a back‐propagation …

This work aimed at studying the effect of a silica specific surface area (SSA), as determined
by the nitrogen adsorption method, on the viscoelastic and fatigue behaviors of silica-filled …

This article suggests an engineering design for developing the probabilistic Wöhler diagram
of rubber parts. The presented methodology includes multiaxial fatigue study as well as …

This article proposes a heuristic model to predict the fatigue life of rubber parts. The
developed model is mainly based on the Cracking Energy Density (CED), originally …

This manuscript presents the development of a probabilistic approach for shape memory
alloy (SMA) parts to predict the reliability of a high cycle fatigue (HCF) behaviour. The used …

The selective laser sintering (SLS) is an additive manufacturing technology with clear
potential for producing high quality polymeric components of various thermoplastic polymers …

In antivibration applications, it is essential that the given rubber product has a suitable
service period; therefore, an accurate fatigue assessment during design is key. In this study …

Uniaxial tension fatigue experiments are conducted on filled natural rubber (NR) specimens.
According to the test data, typical probabilistic distributions under constant strain peak are …

In engineering applications, natural rubber components are subjected to continuous
alternating loads, resulting in fatigue failure. Although some theoretical models are used for …