Adhesive bonding is widely seen as the most optimal method for joining composite
materials, bringing significant benefits over mechanical joining, such as lower weight and …

The aim of this study is to assess the impact of nano‐silica in glass fiber‐reinforced epoxy
composite (GFEC) subjected to static and fatigue loading. Laminates were prepared in …

The stiffness degradation of hybrid carbon/glass fibre composites are investigated under
cyclic loading in three-point bending. The composites are compared to toughened …

In this study, a new type of prepreg technology has been established using a dual curing
system consisting of 1, 6-hexanediol diacrylate (HDDA) and frontally polymerisable …

This work aims to evaluate the failure mechanisms of plain glass and basalt fiber reinforced
composites and a selected glass/basalt hybrid composite sequence subjected to artificial …

Small wind turbines are a prominent form of renewable energy technology for decentralised
power generation. The mass scale dissemination of this technology requires an increase in …

Adhesive joints were fabricated by joining two woven carbon fiber composite adherends
with scarf angle of 5° using Epocast adhesive system of 50-A1/946 modified with optimum …

Purpose This study aims to evaluate the failure behavior of glass fiber-reinforced epoxy
(GFRE) laminate subjected to cyclic loading conditions. It involves experimental …

A reliable predictive method is developed based on the progressive fatigue damage
modeling technique to estimate the fatigue life of high-speed composite craft. In this method …

This study introduces an innovative framework aimed at enhancing the reliability, lifespan,
and cost-effectiveness of floating wind turbines. By seamlessly integrating transient and …