Researchers commend various carbon-based nanomaterials including graphene for their
two-dimensional planar structure, functionalization abilities, high surface area, and …

This article presents a systematic review over recent preparation techniques and their
mechanisms for epoxy/graphene nanocomposites. Special honeycomb lattice nanostructure …

In this research, experimental and theoretical method are used to improve and optimized the
thermo-mechanical properties of hybrid Epoxy/TiO 2/SiO 2 nano-Composites. For …

Herein, we propose a multiscale modeling framework to predict the fracture toughness
enhancement of polymer nanocomposites due to interfacial debonding and subsequent …

The viscoelastic and high strain rate response of stereolithographically 3D printed graphene-
PMMA nanocomposites was investigated using dynamic mechanical analysis (DMA) and …

The aim of this article is to review the solution and challenges associated with high strain
rate behavior of nanocomposites. Nanoclay, carbon nanotube, graphene, and inorganic …

Graphene has proved to be an exceptional reinforcing additive for composites, but the high
cost of its synthesis has largely prevented its addition on industrial scales. Flash Joule …

Reinforcing polymers with particles and fibers has been a common strategy for decades, in
order to make them suitable for high‐demanding industrial applications. As composites often …

Polyurea (PU) materials are widely used in civil and military fields owing to their excellent
weather, wear and corrosion resistance, impact resistance and energy absorption ability. In …

Graphene/epoxy composites, as popular thermal interface materials (TIMs), commonly
experience severe mechanical deformation due to packing pressure. Their thermal …