Quantitative Evaluation of Cost-Benefit Dynamics of Composite Building Construction Practices
Composite construction techniques are regarded as modern and efficient methods in building design, offering notable advantages in terms of time, cost, and quality. One of the most widely used forms of composite construction is the integration of steel and concrete to form steel-concrete composite structures. This combination leverages the high tensile strength and lightweight nature of steel with the excellent compressive strength and durability of concrete, resulting in a highly efficient and resilient structure. Additionally, composite construction allows for the optimal accommodation of complex building services, which is increasingly crucial in the design of sophisticated, high-tech buildings.
Despite these clear benefits, the adoption of composite construction in both public and private sector projects remains relatively limited. This is largely due to a lack of awareness and understanding of the technical advantages and potential of composite systems. Furthermore, the Public Works Department in India faces challenges in providing comprehensive information on composite construction, which has contributed to its limited implementation in large-scale projects. To unlock the full potential of composite construction, there is a pressing need for better education, knowledge dissemination, and awareness across the industry. Therefore, a comprehensive research study is proposed, encompassing both primary and secondary surveys. The collected data will be systematically synthesized and analysed across various parameters to provide a thorough evaluation of the advantages and disadvantages of composite construction practices.
