Structural continuity is the characteristic of the load-bearing system of a building to ensure the uninterrupted transmission of loads between the various parts of the structure. It manifests the transfer of forces acting on the structure in a consistent and predictable manner, without local interruptions or sudden changes in load paths.
It results from the proper design of the connections, the geometry of the components and their positioning relative to each other. Its a deficiency can lead to stress concentrations, localised damage or undesirable displacements of the structure. It is important for the operation of the structure, its stability and the limitation of excessive deformation.
In modular construction, structural continuity is achieved through proper combination of modules, This is particularly important in connection zones and in the interface between precast and monolithic elements. Maintaining structural continuity is particularly important in connection zones and at the interface between prefabricated and monolithic elements.
