Compared to hot forming, cold forming can manufacture components with higher accuracy
and better mechanical properties. However, for some light-weight and high-strength …

The load carrying capacity of the eutectic Si in Al Si alloys depends on its volume fraction,
distribution, morphology and connectivity, namely its internal architecture. This can be …

The present review work elaborates the behaviour of aluminium matrix composites (AMCs)
under various kinds of thermal stresses. AMCs find a number of applications such as …

The residual stress distribution of duplex stainless steel multi-pass weld joint and its
formation mechanism still lacks systematic research. In this study, neutron diffraction and …

This study presents a new method to determine both the macroscopic and microscopic
(including elastic mismatch, thermal misfit and plastic misfit) residual stresses in metal matrix …

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 …

A new method for determining the parameters characterising elastoplastic deformation of
two-phase material is proposed. The method is based on the results of neutron diffraction …

Fatigue and fracture mechanisms have been studied in a steel-based metal matrix
composite (MMC), comprising a 316L austenitic matrix reinforced with 25wt.% particulate …

A 15 v% SiC particle reinforced Al-2618 matrix composite was selected to study
strengthening mechanisms under different heat treatments to produce specimens in hard or …

Interface plays a crucial role to enhance the mechanical properties of metal-matrix
composites. Here, we investigated and modulated the intrinsic characteristics of Al 2 O 3/Al …