Concrete structures retrofitted with fibre reinforced plastic (FRP) applications have become
widespread in the last decade due to the economic benefit from it. This paper presents a …

Using FRP material to strengthen concrete beams is one of the best methods to prevent
cracks propagation in the tensile zone. In this article, a concrete beam is modeled using the …

This paper presents experimental results and a numerical analysis of the reinforced
concrete (RC) beams strengthened in flexure with various externally bonded carbon fiber …

The integration of green building technology is currently regarded as a critical step towards
a sustainable future because it is a means of attaining sustainable development. It takes skill …

The present study is focused on the experimental investigation and nonlinear finite element
simulations of shear deficient and glass fibre reinforced plastic (GFRP) strengthened …

Although there is a large amount of experimental data available on the fiber-reinforced
polymer (FRP) strengthening of concrete structures, a full understanding of the various …

Tension stiffening is most often included in models of reinforced concrete by modifying the
constitutive laws of the tensile concrete. In reality, tension stiffening is caused by the bond …

The analysis of plates or slabs strengthened with fiber reinforced polymer (FRP), especially
when it comes to geometric irregularity and the time-varying characteristics of adhesive …

The research presented in this paper is associated with the time-dependent tensile behavior
of UHPFRC, especially on tensile creep for the long-term. This study outlines the …

Abstract Ultra-High-Performance Fiber Reinforced Concrete (UHPFRC) is promptly
emerging concrete that has ultra-high compressive strength, and its ductile properties are …