Abstract
Reinforced Concrete (RC) elements are pivotal in the construction industry, with steel bars most widely used in it. However, the production of steel bars poses challenges such as weight, corrosion and environmental impact. This study explores the potential uses of Aluminium Metal Matrix Composites (AMMCs) as an alternative to conventional steel bars, emphasizing sustainability and performance. The research investigates AMMCs properties against industry standards, revealing compelling outcomes. The AMMCs exhibited a remarkable yield stress of 869 MPa, exceeding the required 600 MPa for Fe600 bars. The AMMCs can achieve the elongation percentage of the 40.87 % which aligns with IS:1786–2008 guidelines. Furthermore, AMMCs demonstrated a Young's Modulus value of more than 200 GPa, which satisfies the minimum value as prescribed in IS:456–2000 guidelines. These outcomes demonstrate that AMMCs can be used as a reinforcement bar in RC elements as alternative to steel bar, as its properties align with standards and regulations while promoting a sustainable future. By using advanced materials such as AMMCs in the construction sector can reduce its carbon footprint, adhere to environmental regulations and lead in a more environmentally friendly era of construction practises.
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