An international Round Robin Testing (RRT) programme on FRP reinforcement was conducted within the framework of the Marie Curie Research Training Network, ENCORE, and with the support of Task Group 9.3 of the International Federation for Structural Concrete (fib). Eleven laboratories and six manufacturers and suppliers participated in this exercise. As part of this extensive experimental endeavour, one or more of the following tests were performed by the participating laboratories: 1) tensile tests on FRP bars and strips; 2) tensile tests on FRP laminates; 3) double bond shear tests on FRP laminates (Externally Bonded Reinforcement, EBR) and FRP bars/strip (Near Surface Mounted reinforcement, NSM). This paper will discusses the resu...
Although an extensive amount of research into the debonding behaviour of FRP strengthening systems h...
The performance of an externally bonded FRP strengthening system is often limited by its ability to ...
Despite the extensive research on the debonding behavior of fiber-reinforced polymer (FRP) strengthe...
none19An international Round Robin Testing (RRT) programme on FRP reinforcement was conducted within...
An international Round Robin Testing (RRT) programme on FRP reinforcement was conducted within the f...
An international Round Robin Testing (RRT) programme on FRP reinforcement was conducted within the f...
Although an extensive amount of research into the debonding behaviour of FRP strengthening systems...
Although various test methods to examine the local bond behaviour of FRP strengthening systems to co...
none17siAlthough various test methods to examine the local bond behaviour of FRP strengthening syste...
Although various test methods to examine the local bond behaviour of FRP strengthening systems to co...
Although an extensive amount of research into the debonding behaviour of FRP strengthening systems ...
Although an extensive amount of research into the debonding behaviour of FRP strengthening systems h...
Although an extensive amount of research into the debonding behaviour of FRP strengthening systems h...
Although an extensive amount of research into the debonding behaviour of FRP strengthening systems h...
The performance of an externally bonded FRP strengthening system is often limited by its ability to ...
Despite the extensive research on the debonding behavior of fiber-reinforced polymer (FRP) strengthe...
none19An international Round Robin Testing (RRT) programme on FRP reinforcement was conducted within...
An international Round Robin Testing (RRT) programme on FRP reinforcement was conducted within the f...
An international Round Robin Testing (RRT) programme on FRP reinforcement was conducted within the f...
Although an extensive amount of research into the debonding behaviour of FRP strengthening systems...
Although various test methods to examine the local bond behaviour of FRP strengthening systems to co...
none17siAlthough various test methods to examine the local bond behaviour of FRP strengthening syste...
Although various test methods to examine the local bond behaviour of FRP strengthening systems to co...
Although an extensive amount of research into the debonding behaviour of FRP strengthening systems ...
Although an extensive amount of research into the debonding behaviour of FRP strengthening systems h...
Although an extensive amount of research into the debonding behaviour of FRP strengthening systems h...
Although an extensive amount of research into the debonding behaviour of FRP strengthening systems h...
The performance of an externally bonded FRP strengthening system is often limited by its ability to ...
Despite the extensive research on the debonding behavior of fiber-reinforced polymer (FRP) strengthe...