Simulating the Behavior and Reinforcing Corroded Concrete Beams Using Carbon Fiber Polymer Sheets

Simulating the Behavior and Reinforcing Corroded Concrete Beams Using Carbon Fiber Polymer Sheets

Phenomenological Aspects of Civil Engineering (PACE) - an International Congress
Volume 3 - Issue 1 - PACE-2023

Mohammed Kusay Ebrahım AL-DULAYME Ahmet BUDAK

Abstract

This study focuses on understanding how to simulate the behavior of a reinforced concrete beam that has been damaged by corrosion. The researchers used ABAQUS software for finite element analysis of concrete beams. They also explored the use of carbon fiber polymer sheets to strengthen the beam by applying them to the lower part where corrosion occurs. The study found that the beam weakened significantly due to corrosion. However, by using carbon fiber polymer sheets, the researchers were able to strengthen the beam and provide a viable alternative for the repair process. This means that the sheets were effective in restoring a lot of the strength of the beam that was affected by corrosion.

Keywords

Corroded concrete beam-Corrosion damage-Finite element analysis-Carbon fiber polymer sheets-Strengthening techniques-Performance enhancement-Corrosion mitigation
https://www.acapublishing.com/dosyalar/baski/PACE_2023_843.pdf