A systematic review of the various aspects of internal load transfer using different diffraction-
based methods has been carried out in this work to strengthen the understanding of metal …

Composite materials exhibit advantages from the combination of multiple properties, which
cannot be achieved by a monolithic material. At present, the use of composite materials in …

It is known that the interaction between suspended ceramic nanoparticles (TiB 2 and TiO 2)
in molten alloys affects the strengthening mechanisms of nanoparticle reinforced …

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 …

In this study, a new multiscale micromechanical model based on the finite-volume direct
averaging micromechanics (FVDAM) theory and molecular dynamics (MD) is constructed. It …

This paper presents the method for measurement of the adhesion force and fracture strength
of the interface between ceramic particles and metal matrix in ceramic reinforced-metal …

A new homogenization technique, based on the Transformation Field Analysis, able to
determine the overall behavior of viscoplastic heterogeneous materials, is proposed. This …

In this study, a novel multiscale model based on the finite-volume direct averaging
micromechanics (FVDAM) theory and molecular dynamics (MD) was developed to predict …

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 …

Tungsten carbide hardmetals are widely used in cutting, tooling, and wear based
applications. During the cooling stage of liquid phase sintering, severe internal micro …