Review On Behaviour Of Steel Concrete Composite Slabs By Varying Different Parameters

Steel-concrete composite slabs have gained widespread popularity in construction industry due to their superior structural performance and cost-effectiveness. The study encompasses a wide range of research findings and methodologies to evaluate the effects of varying parameters, such as material properties, design configurations, and construction techniques, on the overall behavior of these slabs. The fundamental principles of composite slab systems, emphasizing synergy between steel and concrete components that contributes their enhanced load-carrying capacity, durability, and resistance to various loads, environmental conditions are discussed. Some key parameters explored in this review include the type and properties of concrete and steel, shear connectors, deck profile, and construction methods. The influence of these parameters on important performance indicators like strength, stiffness, and serviceability is thoroughly examined. The insights provided in this review paper aim to assist engineers, researchers, and practitioners in making informed decisions regarding the design and construction of steel-concrete composite slab.