The production of fully dense Mg-SiC nanocomposites with a homogeneous distribution of
SiC nanoparticles through powder metallurgy techniques is still a challenging issue. We …

This paper describes an experimental procedure to validate numerical models used to
simulate powder pressing. It consists mainly of two steps: closed die uniaxial pressing …

We propose a chemo-thermal model that considers both diffusion and reaction phenomena,
consumption and formation of species, and heat generation due to chemical reactions. We …

We perform large three-dimensional damage simulations of particulate composites under
high-strain rate loading to address the effect of the microstructure on the overall transient …

A simple modeling is proposed to estimate the elastic-plastic behavior of two-phase isotropic
composites made of interpenetrated co-continuous phases. This nonlinear modeling …

A physics-based constitutive model of porous materials is proposed to enhance the
accuracy of numerical analysis in die/isostatic compaction. The correlation between the yield …

An elastic-visco-plastic thermomechanical model for the simulation of cold forming and
subsequent sintering of ceramic powders is introduced and based on micromechanical …

Solution–combustion is an attractive approach to synthesis of nanomaterials for a variety of
applications, including catalysts, fuel cells, and biotechnology. In this paper, several novel …

Ball milling is a bulk powder manufacturing process used in the creation of dispersion
strengthened and nanostructured materials. Fundamentally, these powders have not been …

The behaviour of porous sinters, during compression and compression with reverse cyclic
torsion tests is investigated in the article based on the combination of experimental and …