Large rupture strain (LRS) fiber-reinforced polymer (FRP) composites with an ultimate
elongation of greater than 5% offer superior deformation and energy dissipation abilities …

The compressive response of confined concrete greatly depends on the mechanical
properties of the confining material. Based on these materials, various stress–strain models …

In this work, the experimental behavior of confined concrete specimens subject to axial
cyclic load is analyzed in terms of compressive strength, ductility, stress deterioration, plastic …

Several existing studies on the confinement effectiveness of shape modified concrete
columns have been conducted in the past, but the scope of these studies has mostly been …

Using large rupture strain (LRS) fiber-reinforced polymer (FRP) composites as confining
material has become increasingly prominent in structural repair or retrofitting, owing to their …

Concrete structures in marine areas frequently suffer from sulfate attack, which causes
structural performance deterioration. External bonding of fiber reinforced polymer (FRP) is …

In composite component, confined concrete is widely used in civil engineering due to its
excellent performance, such as high compressive strength and good plasticity. In this study …

This paper presents a comparative assessment of the compressive behaviour of rubberised
concrete (RuC) confined with FRP jackets. In total, three RuC mixes were investigated with …

Although a variety of analytically modeling approaches have been developed to simulate
axial response of Fiber-Reinforced Polymer (FRP) confined concrete columns, little effort …

Ensuring adequate seismic reliability levels for existing infrastructure components is a key
issue for owners in earthquake-prone countries. In particular, bridges may suffer relevant …