The purpose of this paper is to analyse fatigue crack growth under mixed mode conditions
using artificial neural networks. Mixed mode conditions were achieved using a four-point …

This study focuses on predicting fatigue crack paths and fatigue life in modified compact
tension specimens, under mixed mode and variable amplitude loading conditions, using …

Mixed-mode loading conditions are present in different mechanical components.
Understanding the influence of in-plane biaxial loading paths parameters allows for fatigue …

High fatigue load, which exists widely in steel building structures, likely leads to brittle failure
at the joints, supports, and so on. This can lead to the partial or total damage of the structure …

In-plane biaxial loading conditions have a strong influence over fatigue crack growth
trajectories and lives. Under equal and proportional loadings on both axes, pure mode I …

Abstract Fatigue Crack Growth plays a major role on structural integrity. When mixed mode
fatigue crack propagation is introduced by complex geometry or loading conditions …

Mixed mode fatigue crack growth (FCG) can occur due to complex loading or specimen
geometry. Fatigue crack paths can be determined using propagation criteria like the …

Fatigue is still one of the main concerns when dealing with mechanical components failure.
While it is fundamental to experimentally determine the fatigue material behavior using …