As composite materials gain traction in reinforced concrete construction and infrastructure, addressing typical structural challenges becomes essential. Despite their high durability and favorable strength-to-weight ratio, aspects such as bond behavior and workability require thorough evaluation. This study investigates the axial bonding performance of GFRP bars. Two types of manually assembled joints are examined, and their mechanical behavior is characterized through tensile testing. The results support preliminary design guidelines to inform future developments in this field.
Anchoring GFRP Rebars: Analysis, Experimental Investigation and Assessment for Design
Puppio, Mario LucioConceptualization
;Serra, Giorgio;Mistretta, Fausto;Sassu, Mauro
2025-01-01
Abstract
As composite materials gain traction in reinforced concrete construction and infrastructure, addressing typical structural challenges becomes essential. Despite their high durability and favorable strength-to-weight ratio, aspects such as bond behavior and workability require thorough evaluation. This study investigates the axial bonding performance of GFRP bars. Two types of manually assembled joints are examined, and their mechanical behavior is characterized through tensile testing. The results support preliminary design guidelines to inform future developments in this field.
File in questo prodotto:
Non ci sono file associati a questo prodotto.
I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
