University of Windsor

Published purpose

This Project investigates the corrosion behaviour of reinforcing steel in low carbon concrete structures to advance durable and sustainable construction. This study aims to optimize concrete formulations using alternative cementitious materials, improve mix design strategies, and evaluate performance across varying environmental conditions. A key focus is understanding the influence of pore-solution chemistry, curing regimes, including carbonation curing, and binder composition on steel corrosion. This Project will also generate critical insights into how low-carbon systems affect corrosion initiation and propagation by integrating materials science with durability assessment. The outcomes will support the design of corrosion-resistant, low-carbon concrete structures with extended service life and reduced environmental impact, directly contributing to Canada's carbon reduction goals and infrastructure resilience.