Abstract
Abstract: This literature review delves into the potential for enhancing the performance of M30-grade concrete through the incorporation of Recron 3S fiber and steel slag aggregate to address sustainability issues in the construction industry. By systematically analyzing existing research, the review assesses the mechanical properties and sustainability implications of these substitutions. Recron 3S fibres offer improvements in tensile and flexural properties, reducing crack propagation and increasing ductility. In contrast, steel slag aggregate enhances compressive strength, durability, and resistance to alkali-silica reactions, all while utilizing recycled materials.
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