The term “blast” in the context of cement and concrete refers to the material’s ability to withstand explosive forces or shock waves that are typically a result of explosions, industrial accidents, or military activities. Blast resistance is a crucial property for structures that are at risk of such explosive impacts, including military installations, government buildings, and certain industrial facilities. Enhancing blast resistance in concrete involves understanding the dynamic response of materials to high-impact forces and rapid load changes. The goal is to prevent catastrophic failure, which can lead to significant loss of life and property. Using blast-resistant materials not only enhances the safety and security of a structure but also contributes to its overall resilience, enabling it to withstand severe and unexpected stresses.