This study is dedicated to the development of a generalized confinement model applicable
to circular concrete columns confined by FRP full and partial confinement arrangements. To …

Even though the usage of Fiber-reinforced polymer (FRP) full confinement arrangement is a
more reliable and efficient strengthening technique than a partially confining strategy, it …

Commonly used fiber-reinforced polymer (FRP) includes Carbon, Glass, and Aramid FRP
composites. Meanwhile, some new FRPs such as PBO (Polypara-phenylene-Benzo-bis …

In this article, a new model for FRP-confined circular concrete columns based on a
sophisticated material model is presented. With the aid of this model the effect of the stiffness …

This paper investigates the behavior of rectangular concrete columns confined with carbon
fiber reinforced polymer (CFRP) composites, considering the effect of corner radius and …

Experimental research and real-case applications are demonstrating that the use of fiber–
reinforced polymer (FRP) composite materials can be a solution to substantially improve …

Despite the many axial confinement models already proposed for the determination of the
peak compressive strength of fiber‐reinforced polymer (FRP) confined concrete columns …

A general mathematical model is developed to describe the stress–strain (fc–εc) relationship
of FRP confined concrete. The relationship is applicable to both circular and rectangular …

Extensive research has been conducted on the behavior of fiber reinforced polymer (FRP)-
confined concrete in both circular and rectangular concrete columns. In the former columns …

This study establishes a confinement model for FRP confined normal-and high-strength
concrete circular columns. A new column parameter was suggested for estimating the …