The mechanical properties of both phases in duplex stainless steel have been studied in situ
using neutron diffraction during mechanical loading. Important differences in the evolution of …

In this work the recovery and recrystallization processes occurring in ferritic and austenitic
steels were studied. To determine the evolution of residual stresses during material …

In this work the parameters characterizing the individual elastoplastic mechanical behaviour
of each phase in austeno-ferritic duplex stainless steels are determined by using X-ray …

This paper reports a strong effect of multi-step forging (MIF) followed by elevated
temperature isothermal rolling (IR) on the yield stress in ZK60 Mg alloy. After the MIF stage …

Plastic incompatibility second-order stresses were determined for different orientations of a
polycrystalline grain, using X-ray diffraction data and results of the self-consistent elasto …

The presented study introduces the development of the multi-reflection grazing-incidence X-
ray diffraction method (MGIXD) for residual stress determination. The proposed new …

A new method for determining the residual stresses in two-phase material is proposed. The
method is based on the diffraction measurements analysed using a model of elasto-plastic …

The X-ray diffraction method and theoretical model of elastoplastic deformation were used to
examine the residual stresses in polycrystalline copper. To this end, the {220} strain pole …

The goal of this work was the determination of lattice strains distribution in two phases of
duplex steel during plastic necking. Subsequently, the stress heterogeneity in the neck was …

This work deals with non-linear dhkl− sin 2 ψ distributions, often observed in X-ray residual
stress analysis of plastically deformed metals. Two different alloys were examined: duplex …