Spatially gradient microstructures have shown a promising application in enhancing
strength-ductility synergy of engineering metals such as austenitic stainless steels. However …

Strain controlled fatigue of P92 steel with various strain hold dwells introduced at the peak
loading point were conducted at 625° C. Two features which depend on the cycle and strain …

Freeform parameterizations to reproduce structure deformation are increasingly important
topics in laser-scanner-based deformation analyses. High-accuracy assurance of free-form …

Cyclic behaviour prediction of materials and structures is always of great interest to industry.
In this work, total strain controlled low cycle fatigue (LCF) tests of two 316L austenitic …

In this paper, a series of strain-controlled fatigue and creep–fatigue tests under
proportional/non-proportional loadings were performed for type 304 stainless steel at 873 K …

The present work focuses on heat treatment effects on cyclic plasticity behavior, multiscale
strengthening mechanisms and low cycle fatigue performance of laser melting nickel-based …

This study elucidates the mechanism of texture induced planar anisotropy in ambient
temperature (∼ 25° C) dwell fatigue response of an annealed sheet of commercially pure …

An extended evolution equation of cyclic hardening is proposed to include the effect of
maximum plastic strain due to pre-loading and ratcheting. A set of extended evolution …

Background The mechanical characterization of the cyclic elastoplastic response of
structural materials at elevated temperatures is crucial for understanding and predicting the …

In this work, a physically based self-consistent model is developed and employed to
examine the microscopic lattice response of pre-strained Type 316H polycrystalline …