The structural strengthening technique using fiber-reinforced polymer (FRP) composites to
strengthen concrete structures has been widely used. For this reinforcement technique, the …

This work presents a full reliability-based analysis framework for fiber-reinforced polymer
(FRP)-to-concrete bonded joints considering model uncertainty. Eight frequently used bond …

The influence of adhesive properties on the bond behaviour of externally bonded fibre-
reinforced polymer (FRP)-to-concrete joints is the focus of this paper. First, FRP-to-concrete …

Although there are extensive investigations on fiber reinforced polymer (FRP)-strengthened
concrete structures, reliable numerical simulation is still one of the major challenges in the …

To study fracture properties and establish a shear–softening constitutive law for rock–
concrete interfaces, direct tension, three-point bending, and single shear push-out tests …

Pervious concrete (PC) has been widely used in recent years. With increasing attention on
PC, it promotes further understanding of its mechanism responsible for the resulted …

This paper proposes a 2D generic multi-surface cohesive zone model to simulate the
debonding failure process of FRP-to-concrete joints within the framework of plasticity theory …

The development of hybrid bonded fiber-reinforced polymer (HB-FRP) strengthening
technology is a breakthrough in the field of structural strengthening and can be used to …

Debonding of FRP strips from concrete substrate is an important issue in FRP-strengthened
concrete structures. While a great number of expressions have been published to determine …

Recently, the study of the bond behaviour of hybrid joints has increased due to their
application in different industries. Their main purpose is to obtain lightweight but strong …