The impedance of a substrate/coating/electrolyte system was calculated with the
assumptions:(i) the coating uptakes electrolyte to an extent that progressively decreases …

Understanding interactions at the polymer/metal oxide interface is central to improving the
performance lifetime of corrosion resistant coatings, where network polymers commonly …

Hypothesis Interphase properties in composites, adhesives and protective coatings can be
predicted on the basis of interfacial interactions between polymeric precursor molecules and …

Pigmentation can exacerbate problematic water uptake into protective paints, leading to
detrimental effects such delamination, swelling and plasticization. Potential underlying …

Aluminium-epoxy systems are widely studied for uses as adhesive structural bonding. When
an amine hardener is used as a curing agent for an epoxy resin, interactions between the …

Comparative measurements of strength and Griffith's critical strain energy release rate GIc
were carried out on adhesively bonded joints with different surface treatments of titanium …

Epoxy resins coatings are commonly found in corrosion protection coatings but the presence
of water can affect their adhesion to the substrate, often weakening the adhesion of the …

Understanding and controlling the structure of interphase regions in epoxy resins have been
a long-standing goal in high-performance composite and coating development, since these …

Epoxy resins remain some of the most widely used industrial materials, comprising the
matrix component of many paints, adhesives, and structural composites. Extensive …

To realize a rapid evaluation of coating degradation under alternating hydrostatic pressure
(AHP), appropriate physical models of electrochemical impedance spectroscopy (EIS) data …