Applications in the field of civil engineering involving adhesives and pultruded materials are increasing due to their peculiarcharacteristics of lightness, ease of installation, high corrosion resistance and, last but not least, lower maintenance costs. If there are several studies regarding the durability of the composite material, current literature referring to adhesives is relatively poor. Within this framework, this paper aims to investigate, from a numerical point of view, the fracture energy in mode II and the conjugated interface law of two commercial epoxy resins taking into account the effects of absorption and desorption.
Numerical investigation on the hygrothermal durability of adhesives used in civil engineering applications
Francesco Ascione
;Luciano Feo;
2023-01-01
Abstract
Applications in the field of civil engineering involving adhesives and pultruded materials are increasing due to their peculiarcharacteristics of lightness, ease of installation, high corrosion resistance and, last but not least, lower maintenance costs. If there are several studies regarding the durability of the composite material, current literature referring to adhesives is relatively poor. Within this framework, this paper aims to investigate, from a numerical point of view, the fracture energy in mode II and the conjugated interface law of two commercial epoxy resins taking into account the effects of absorption and desorption.File in questo prodotto:
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