Strain cycling prior to a constant load exposure is expected to influence the creep properties.
The present work aimed to evaluate the effect of prior low cycle fatigue (LCF) damage on the …

The progress in designing high temperature components relies on more accurate
viscoplastic constitutive models. The capability of various models under high temperature …

The present work aims to assess the influence of hydrogen on strain controlled low cycle
fatigue (LCF) properties of P91 steel. Specimens were electrochemically charged using H 2 …

To obtain robust estimations of the fatigue limit from energy-based fatigue criteria,
constitutive laws must include a correct description of the energy balance when modeling …

To investigate the effect of temperature on microcracking mechanisms of modified 9Cr‐1Mo
steel, low cycle fatigue tests were performed at 350° C and room temperature (RT). At RT …

Cyclic softening behavior at elevated temperature of nanolath strengthened steel was
rationalized under different strain amplitudes. Results indicated that the evolution of internal …

A comparison of both mechanical properties at different temperatures and resistance to
creep related to steels 20MnCr5 and X10CrAlSi25 were investigated. In this sense …

The work is concerned with the development of a multi-stage corrosion fatigue lifetime
model, with emphasis on pitting as a precursor to cracking. The model is based upon the …

A new uniform analytical formulation is proposed to predict the low cycle fatigue assessment
indicator of non-loading cruciform welded joints under tensile cyclic loading considering the …

Superduplex 2507 type steel has been subjected to symmetric cyclic loading with constant
strain rate and constant plastic strain amplitude or sinusoidal cyclic loading with constant …