Analytical investigation of steel frame structure with composite deck slab in comparison to RCC structure

Concrete is by far the most popular choice when it comes to construction materials in India, particularly for projects of medium and low height. Steel is frequently used for the construction of tall buildings; however, steel components are not as frequently seen. Because India is a country that is developing at a rapid rate and has a high demand for construction, it is extremely important to locate the appropriate building material. The materials used in construction ought to be the ones that are the least expensive, most secure, and easiest to work with. In this paper, we investigate the challenges that the building and construction industry must overcome in order to model a structure consisting of steel beams, steel columns, and composite deck slabs. A model study is performed using the STAAD PRO software for the G+2, G+5, and G+7 in comparison to a typical RCC structure and a structure made up of a composite deck slab, a steel beam, and a steel column. According to the findings of an analysis of the pertinent literature, reinforced concrete constructions (RCC) are no longer economically viable when compared to composite structures for the construction of medium-to high-rise buildings. The increased dead load, decreased stiffness, span limitation, and hazardous formwork are the primary causes of this.