Interface effects play an important role in the overall mechanical properties of graphene
reinforced nanocomposites. This work concerns an investigation of the influence of hard/soft …

The model of an anisotropic interface in an elastic particulate composite with initial stress is
developed as the first-order approximation of a transversely isotropic interphase between an …

This study introduces a novel computational framework based on the phase-field
fracture/damage model (PFM), providing rapid and accurate predictions of the damage …

In this investigation, a theoretical model is developed to consider the coupled influence of
interphase and grain-size of metal on the nonlinear response of CNT-reinforced MMCs. A …

For high-contrast-component-property composites, most popular effective medium
approximations that are based on the dilute analytical solution for an ellipsoidal inclusion …

Differential substitution/coating schemes have been developed to construct various explicit
expressions or determining initial-valued ordinary differential equations for the effective …

Three different approaches are formulated to obtain the bounds of the effective elastic
moduli of nanoparticle-reinforced composites based on the CSA and the interface stress …

This work studies solutions to determine the macro-elastic moduli of three-phase composite
materials with imperfect interfaces in 2D. Which is based on the coated circular assemblage …

The aim of this paper is to understand how the shear modulus of a particulate composite,
manufactured with hollow spheres surrounded by a graded interphase in a matrix, depends …

The aim of this paper is to estimate the bulk modulus of composite containing spherical
inclusion surrounded by an interphase whose elastic properties vary with radius. Based on …