Understanding of crack growth behaviour is necessary to predict accurate fatigue lives. Out-
of-phase thermomechanical fatigue crack propagation tests were performed on FB2 steel …

The present paper computationally investigated and characterized thermo-mechanical crack-
tip fields under elastoplastic fatigue crack growth. The ΔJ-integral is generally path …

This work comparatively investigates the effect of superposition of high-cycle fatigue (HCF)
loading on the crack growth behavior of 316LN stainless steel in isothermal fatigue (IF) and …

Crack growth tests of 316LN stainless steel under load‐controlled and strain‐controlled
thermo‐mechanical fatigue (TMF) loadings at the temperature range of 350° C~ 550° C …

Exploring crack growth behaviour is needed to establish accurate fatigue life predictions.
Cracked specimens were tested under strain-controlled out-of-phase thermomechanical …

Methods proposed by current codes and standards to deal with creep-fatigue problems are
far from being satisfactory. For a better understanding, a model is developed based on grain …

Crack closure effects are known to have a large impact on crack growth behaviour. In this
work, tests were performed on Inconel 792 specimens under TMF loading conditions at 100 …

The growth of short cracks in round bar specimens with a circumferential notch has been
investigated by an extensive experimental study. This specific specimen geometry has been …

The crack growth behaviour of the alloy CM 247 LC is investigated for out-of-phase TMF and
isothermal tests at the same temperature as the minimum temperature in the TMF tests. The …

Investigating fatigue crack growth behavior of materials is crucial to the life design and safety
evaluation of engineering structures. During the practical service condition, the temperature …