The addition of nano-additives provides a path to improve joint performance. However, it is
not clear if the use of these materials can alter the susceptibility of bonded joints to the …

In this article, the creep behavior of pure and reinforced epoxy‐polyamine samples with
different amounts of reduced graphene oxide (RGO) at two temperature levels of 28 and 40° …

This article presents a novel approach to investigating the failure behavior of adhesively
bonded joints (ABJs) in two different configurations of the single lap joint (SLJ) and double …

A hetero‐structured hybrid was produced by grafting one‐dimensional (1D) amine‐
functionalized multiwalled carbon nanotubes (MWCNTs) onto the basal plane of two …

Epoxy adhesive joints are increasingly being used to bond structural components in
automotive, marine, and aircraft bodies. However, poor fracture toughness energy and low …

The incorporation of stiff nano-additives (such as graphene) into a relatively soft polymer
material (such as epoxy) usually leads to an improvement in elastic properties (ie, Young's …

Friction is one of the major factors in energy consumption and metal depreciation during
various mechanical processes. Lubrication is often used during the process of forming …

The aim of this research was a comparative analysis of selected mechanical properties of
epoxy compounds that were modified with metallic fillers and aged in aqueous …

This study investigated the optimization of CuO and MgO nanoparticle reinforcement ratios
within glass fiber‐reinforced polymer (GFRP) composites, and it examined the impact of the …