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Composite structures consist of 2 different materials joined together in such a way that the resulting strength of the structure is more than the strength of the 2 materials added together. Due to this, the composite structure can make the best use of each of the constituent materials. In steel and concrete composite beams, concrete is assumed to take most or all of the compression load, while steel takes all the tension. The 2 materials in the composite structure need to be firmly held together to make the structure rigid and strong. In steel and concrete composite beams, the 2 materials are held together by means of headed Shear connectors
Through deck, welding is also possible where the Headed shear connector is welded through a formed galvanized sheet onto a steel beam. Concrete is then poured over the formed sheet and the shear connectors.
Composite structures consist of 2 different materials joined together in such a way that the resulting strength of the structure is more than the strength of the 2 materials added together. Due to this, the composite structure can make the best use of each of the constituent materials. In steel and concrete composite beams, concrete is assumed to take most or all of the compression load, while steel takes all the tension. The 2 materials in the composite structure need to be firmly held together to make the structure rigid and strong. In steel and concrete composite beams, the 2 materials are held together by means of headed Shear connectors