Analysis of the Effect of Corrosion Media on the Distribution of Tensile Stress in Reinforcing Steel During Tensile Testing

Abstract

Corrosion significantly affects the mechanical properties of reinforcing steel, particularly in environments with high humidity, marine exposure, or chemical contaminants. This study investigates the impact of corrosion on the tensile strength distribution of reinforcing steel through tensile testing at different exposure periods. The research utilizes a quantitative experimental approach, analyzing steel samples subjected to corrosive environments for 1, 2, and 3 months. Statistical analysis of tensile strength, yield strength, and elongation was performed to determine the degradation of mechanical properties. The study also includes a microstructural examination to assess the effect of corrosion on steel integrity. The results indicate a notable decrease in tensile strength and ductility with increasing corrosion exposure, emphasizing the need for corrosion-resistant materials and protective measures in structural applications.