With the research development of the magnesium alloys, the deformation or stress corrosion
induced by residual stress (RS) attracted extensive interests in industry and research efforts …

In this paper, zirconium (Zr) is selected as a partial substitutable element for titanium (Ti) in
Ti–6Al–4V (TC4) alloy to fabricate series of TiZrAlV quaternary alloys. Mechanical testing …

An elastoplastic self-consistent model was used to interpret the experimental lattice strain
evolution previously reported for testing in three directions of a thick polycrystalline Zircaloy …

This paper presents a multi-scale analysis of the mechanical behaviour of hot work steels
taking into account the effect of residual stress generated by the initial microstructure and the …

Zr-based alloys are commonly used as nuclear materials. A series of ZrTiAlV alloys were
investigated to develop Zr-based alloys with excellent mechanical properties and broaden …

The formation of hydrides in zirconium alloys significantly affects their mechanical properties
and is considered to play a critical role in their failure mechanisms, yet relatively little is …

Internal strains can greatly affect the mechanical performance of Zircaloy-2 and the study of
their development provides insight into the operating deformation mechanisms. In this study …

Two complementary methods were used to analyse the deformation mechanisms involved
in the plasticity of commercially pure titanium during compressive loading: neutron diffraction …

The intergranular lattice strains in the near-β titanium alloy Ti-β21S have been measured in
the longitudinal and transverse directions during tensile loading using neutron diffraction …

The preparation of suitable coating materials is crucial for enhancing the atomic oxygen
erosion of zirconium alloys. Zr-Al-C ceramics composed of MAX phase have excellent …