This text investigates the mechanisms of concrete degradation caused by freeze-thaw cycles and the exacerbating influence of de-icing salts on structural integrity. The authors, J. Marchand, Michel Pigeon, and M. Setzer, synthesize decades of material science research to explain how moisture migration and salt crystallization compromise the durability of civil infrastructure. They provide a technical framework for understanding the chemical and physical interactions that lead to spalling and structural failure in highway and bridge environments.

Experts in civil engineering and materials science recognize this work as a foundational technical reference for understanding concrete degradation in cold climates. Readers frequently note the high level of academic density and the rigorous scientific methodology applied to the study of material durability.