Publications
Effects of Water Uptake on the Electrical Properties of Carbon Black-Epoxy Nanocomposites KU Leuven
Water ingress in composite structures is a potentially costly problem, and its detection before related damage begins to appear is of utmost importance. Carbon black fillers (CB) and epoxy matrices can be used to produce water-sensitive nanocomposites that can be integrated into composites during production. Nevertheless, the effects of water uptake on the electrical properties of CB-epoxy nanocomposites have scarcely been reported. Therefore, ...
Resistive response of carbon-black-epoxy nanocomposites upon exposure to moisture KU Leuven
Water ingress in composite structures is an extremely costly problem, and its detection before related damage begins to appear is of utmost importance. Nanocomposites, based on epoxy matrices and Carbon Black fillers (CB), are promising humidity sensors that can be integrated in composite structures during production. Nevertheless, the effects of water uptake on the electrical properties of CB-epoxy films have scarcely been reported. Therefore, ...