A novel original method of determination of stresses and critical resolved shear stresses
(CRSSs) using neutron diffraction was proposed. In this method, based on the crystallite …

Synchrotron X-ray diffraction was applied to study the evolution of lattice strain and stresses
in both phases of pearlitic steel during a tensile test. The advantage of the methodology …

In this work, a novel method for determination of the stress tensor for groups of grains having
preferred texture orientations and Critical Resolved Shear Stresses (CRSSs) necessary for …

Characterisation of the residual stresses at a scale of polycrystalline grains is the main topic
of this work. The grazing incidence X-ray diffraction during “in situ” tensile test and a novel …

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 …

The crystallographic texture of metallic materials has a very strong effect on the properties of
the materials. In the present article, we look at the rolling textures of fcc metals and alloys …

Multi-reflection grazing incidence geometry, referred to as MGIXD, characterized by a small
and constant incidence angle, was applied to measure low surface stresses in very thin …

The choice of the grain interaction model is a critical element of residual stress analysis
using diffraction methods. For the near-surface region of a mechanically polished austenitic …

In this work, the evolutions of stresses in both phases of the Al/SiC p composite subjected to
thermal cycling during in situ compression test were measured using Time of Flight neutron …

In this work, the stress gradient in mechanically polished tungsten sample was studied using
X-ray diffraction methods. To determine in-depth stress evolution in the very shallow …