Experimental Study of the Effectiveness of Fibr Anchors Inserting into Concrete Cylinder Confined by Glass Fiber Reinforcing Polymer

In many countries, and especially in Cambodia, there are many old structures, such as buildings and bridges, which are long-lived and will continue to deteriorate due to problems related to reinforced concrete (RC). One way to be able to delay or even prevent debt default is by anchor FRP. The experimental study of the effectiveness of Tyfo® Fibr Anchors inserting into the concrete cylinder by glass fiber reinforcing polymer using chemical epoxy. Test Preparation total of 100 prepared Tyfo® Fibr Anchors was tested under uniaxial load. The test parameters were embedded depth (50, 100, 150, 200, and 250 mm) and anchor diameters (10, 12, 15, 20, and 25 mm). When pullout the results of the Tyfo® Fibr Anchors pullout test is then carefully reported, focusing on the load, failure mode, failure mode, and bond strength. The results show that Tyfo® Fibr Anchors can be designed to achieve high tensile strength and therefore can be effectively used to prevent or extend FRP sealing.