In the past three decades ratcheting fatigue has attracted lots of research interest.
Ratcheting can be defined as the directional progressive accumulation of plastic …

The current study has attempted to comprehensively review ratcheting response of materials
involving various influential parameters such as loading spectra, thermal cycles, stress …

In the framework of the unified elastic-plastic constitutive theory, the cyclic response and
damage evolution of 316H steel in the low cycle fatigue (LCF) regime was analyzed and …

Ratcheting occurs easily because of the presence of mean stress during the stress‐control
fatigue of engineering components. For ductility exhaustion dominated fatigue failure, a new …

The present study investigates the impact of different tensile pre-straining (equi-biaxial and
uniaxial) on the tensile, high cycle and notch fatigue behaviour of AA2024-T4. EBSD …

The uniaxial ratchetting-fatigue interaction of extruded AZ31 magnesium (Mg) alloy is
investigated by uniaxial stress-controlled cyclic tests at room temperature and with …

For thin-walled metal parts, the effects of shear deformation must be considered. In this
study, a device for cyclic shear tests was designed, and a DP600 sheet was used to study …

In this paper, the effects of pre-strain on fatigue crack growth rate are investigated
considering wide ranges of load amplitudes and load ratios for commercial titanium alloy …

The cyclic elasto-plastic deformation and fatigue failure properties of API-5L X65 steel was
characterised under monotonic, high cycle fatigue, strain controlled low cycle fatigue, and …

Modeling of material behaviour under strain-controlled and stress-controlled loading for
cyclically stable materials (CSMs) is generally done using kinematic hardening, neglecting …