The Comprehensive Study On The Influence Of Chicken Mesh On The Properties Of Concrete

Abstract

Prefabricated concrete members reinforced with chicken mesh offer enhanced mechanical properties crucial for construction. Chicken mesh integration within the concrete matrix improves tensile strength, increasing ductility and crack resistance. This reinforcement strategy ensures superior performance under tension, mitigating the risk of sudden failure. The study starts with a comprehensive examination of the production process, emphasizing the way chicken mesh is incorporated into the concrete matrix and how this affects structural performance. When compared to conventional concrete members, tensile strength tests demonstrate the superior ductility and crack resistance provided by the chicken mesh reinforcement, resulting in an increased tensile capacity. The composite members' capacity to bear high compressive loads without losing their structural integrity is shown by compression tests. Flexural tests provide insight into how the composite members behave when bent. The members' flexural capacity and ductility are greatly increased by the chicken mesh reinforcement, enabling more deflection before failure. Therefore, when compared to their conventional counterparts, prefabricated concrete members reinforced with chicken mesh show superior mechanical properties in tension, compression, and flexure. These results highlight the potential of chicken mesh reinforcement as an affordable way to improve prefabricated concrete structure performance in a range of construction applications. It is anticipated that additional study and advancement in this field will open up new possibilities for enhancing the functionality and appearance of reinforced concrete components.