Corrosion of reinforcing steel remains a critical challenge in conventional concrete structures, leading to reduced durability and high maintenance costs. Geopolymer concrete, with its superior chemical resistance and low permeability, offers a promising alternative for mitigating corrosion issues. This research focuses on evaluating the corrosion performance of geopolymer concrete under simulated aggressive environmental conditions. By studying the behavior of geopolymer concrete, this research aims to contribute to the development of durable and low-maintenance infrastructure.
