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A platform for research: civil engineering, architecture and urbanism
Durability of bond of EBR CFRP laminates to concrete under real-time field exposure and laboratory accelerated ageing
https://orcid.org/0000-0003-3048-1290
Highlights Bond durability between EBR CFRP laminates and concrete was investigated. Real-time field exposure (RTFE) and accelerated ageing were performed for 2 years. Single-lap shear tests were conducted to assess the maximum pullout force evolution. RTFE caused variations in maximum pullout force between −4.3% and +16.2% Water-immersed accelerated ageing led to a maximum pullout force decrease of ∼8%
Abstract The durability of bond between carbon fibre-reinforced polymer (CFRP) laminates and concrete with the externally bonded reinforcement (EBR) technique was investigated under real-time field exposure (RTFE) and accelerated ageing. The experimental program, over two years, includes four outdoor environments inducing carbonation, freeze–thaw attack, extreme temperatures, and airborne chlorides from the ocean. A laboratory environment (20 °C/55% RH) was used as reference environment. Additionally, a water-immersion environment (20 °C) was also considered. Relatively low values of bond degradation were observed, where the maximum pullout force varied between −4 % and +16 % under RTFE, while on water–immersed specimens, the maximum pullout force decreased by ∼8 %.
Durability of bond of EBR CFRP laminates to concrete under real-time field exposure and laboratory accelerated ageing
https://orcid.org/0000-0003-3048-1290
Highlights Bond durability between EBR CFRP laminates and concrete was investigated. Real-time field exposure (RTFE) and accelerated ageing were performed for 2 years. Single-lap shear tests were conducted to assess the maximum pullout force evolution. RTFE caused variations in maximum pullout force between −4.3% and +16.2% Water-immersed accelerated ageing led to a maximum pullout force decrease of ∼8%
Abstract The durability of bond between carbon fibre-reinforced polymer (CFRP) laminates and concrete with the externally bonded reinforcement (EBR) technique was investigated under real-time field exposure (RTFE) and accelerated ageing. The experimental program, over two years, includes four outdoor environments inducing carbonation, freeze–thaw attack, extreme temperatures, and airborne chlorides from the ocean. A laboratory environment (20 °C/55% RH) was used as reference environment. Additionally, a water-immersion environment (20 °C) was also considered. Relatively low values of bond degradation were observed, where the maximum pullout force varied between −4 % and +16 % under RTFE, while on water–immersed specimens, the maximum pullout force decreased by ∼8 %.
Durability of bond of EBR CFRP laminates to concrete under real-time field exposure and laboratory accelerated ageing
https://orcid.org/0000-0003-3048-1290
Highlights Bond durability between EBR CFRP laminates and concrete was investigated. Real-time field exposure (RTFE) and accelerated ageing were performed for 2 years. Single-lap shear tests were conducted to assess the maximum pullout force evolution. RTFE caused variations in maximum pullout force between −4.3% and +16.2% Water-immersed accelerated ageing led to a maximum pullout force decrease of ∼8%
Abstract The durability of bond between carbon fibre-reinforced polymer (CFRP) laminates and concrete with the externally bonded reinforcement (EBR) technique was investigated under real-time field exposure (RTFE) and accelerated ageing. The experimental program, over two years, includes four outdoor environments inducing carbonation, freeze–thaw attack, extreme temperatures, and airborne chlorides from the ocean. A laboratory environment (20 °C/55% RH) was used as reference environment. Additionally, a water-immersion environment (20 °C) was also considered. Relatively low values of bond degradation were observed, where the maximum pullout force varied between −4 % and +16 % under RTFE, while on water–immersed specimens, the maximum pullout force decreased by ∼8 %.
Durability of bond of EBR CFRP laminates to concrete under real-time field exposure and laboratory accelerated ageing
Cruz, Ricardo (author) / Correia, Luís (author) / Cabral-Fonseca, Susana (author) / Sena-Cruz, José (author)
2023-03-12
Article (Journal)
Electronic Resource
English
Durability and accelerated ageing testing of CFRP repair systems
| British Library Conference Proceedings | 2008
Durability and accelerated ageing testing of CFRP repair systems
| British Library Conference Proceedings | 2008