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 …

Herein, it is concerned with the use of profilometry‐based indentation plastometry (PIP) to
obtain mechanical property information for particulate metal matrix composites (MMCs). This …

Micromechanical properties and microstructural features are highly interrelated and
influence the wear performance of composites. In this study, the nanoindentation, X-ray …

The cooling-induced thermal shrinkage behavior and residual stress in fabrication of 2.5 D
woven fiber reinforced Al composites were investigated by numerical and experimental …

A micromechanical framework is proposed to predict effective elastic moduli of particle-
reinforced composites. First, the interacting eigenstrain is derived by making use of the …

Due to thermal expansion mismatch between reinforcing particles and matrix, thermal
induced dislocations are generated in metal matrix nanocomposites (MMNCs) during …

The present study aims at finding the residual stresses on aluminum hybrid composites
during turning operation. The composites with varying percentage by weight reinforcement …

A model for the homogenization of the elastoplastic properties of particle reinforced
composites is proposed. The microstructure is described by means of a novel technique …

Mesophase pitch-based graphite fibers (MPGF) were coated with copper by
electrodeposition. Subsequently, unidirectional MPGF/Cu composites with near-zero …

The tensile behavior of two and a half-dimensional (2.5 D) woven fabric reinforced Al matrix
composites involving residual stress was investigated experimentally and numerically. The …