The influence of interface strength and loading conditions on the mechanical behavior of the
metal–matrix composites is investigated in this paper. A program is developed to generate …

Effects of initiation and propagation of interface damage on the elastoplastic behavior of a
unidirectional SiC/Ti metal matrix composite (MMC) subjected to multi-axial loading are …

A three dimensional micromechanics based analytical model is presented to investigate the
effects of initiation and propagation of interface damage on the elastoplastic behavior of …

The aim of the present work consists of predicting the effective coefficients of constitutive
tensor for layered composites with delamination in macro-scale considering the influence of …

The present work aims to predict the behavior of effective elastic properties for laminated
composites, considering localized damage in the interface between two layers. In practical …

The article aims to investigate elasto-plastic nanocomposites damage behavior dependence
on the interfacial bonding between metal and ceramic phase. To this end, a unit cell …

The influence of particle arrangements and interface strengths on the mechanical behavior
of the particle reinforced metal–matrix composite (MMC) is investigated under different …

This study presents a multiscale method to evaluate the transverse tensile strength and
failure mechanism of SiCf/TC17 cruciform specimen machined from a large-size ring. The …

A three-dimensional micromechanical model is developed to study the effects of
manufacturing process and fiber volume fraction (FVF) on the thermal residual stresses (RS) …

An RVE-based micromechanical elastic damage model considering fiber size dependency
is presented to predict the effective elastic moduli and interfacial damage evolution in fiber …