The increasing demand for new food packaging materials which satisfy people requirements
provided thrust for advancement of nano-materials science. Inherent permeability of …

This article focuses on the effects of incomplete interfacial adhesion on the yield strength
and interface/interphase properties of montmorillonite (MMT)/polymer nanocomposites …

Abstract The Hui-Shia model, which considers the complete stress transfer between polymer
matrix and particles (perfect interfacial adhesion), overpredicts the Young's modulus of …

Food packaging is one of the most important parts of the food industry, and polyethylene‐
based polymers have been widely used as food packaging films. In this study, corona …

Nanocomposites were prepared from recycled polyolefin and clay via melt-blending. The
absence/presence of compatibilizer, the blending procedure, and the processing conditions …

In this paper, a new and simple model is presented for tensile yield strength of polymer/clay
nanocomposites assuming the plate-like shape of silicate layers. Moreover, the accuracy of …

To improve the thermal stability of the cellulose insulation paper used in power transformers,
Al 2 O 3 nanoparticles were used to modify traditional cellulose insulation paper. Molecular …

This study describes an effective way for the preparation of well‐dispersed, high‐loaded
PVA/bentonite nanocomposites with improved properties, based on nanoscale interactions …

A full stochastic multi-scale modeling technique is developed to predict Young's modulus of
nanoclay reinforced polymers. Performing a top-down scanning, effective parameters of …

Advanced composites enhanced with nanoparticles demonstrate a plethora of potential
uses in aerospace, automotive, and medical industries. However, there are difficulties in …