A MULTI-COMPONENT BUILDING MEMBER AND A PROCESS FOR ASSEMBLING THE MULTI-COMPONENT BUILDING MEMBER

摘要

The invention relates to the field of construction and specifically to building structures. The technical result consists in creating construction entities which function as a single pre-stressed structure characterized by a high bearing capacity, stability and rigidity. A multi-link construction element includes at least two links, each of which is in the form of a reinforcing module consisting of an initial support element and an end support element having apertures for a pre-stressed reinforcement and a platform for positioning anchors and tensioning devices, and a reinforcing framework positioned between the support elements. The pre-stressed reinforcement of a first link is anchored on the initial and end support elements thereof. The pre-stressed reinforcement of each subsequent link is anchored on the end elements of the previous link and of the current link. The reinforcing framework comprises an upper element and a lower element, which are in the form of a cell lattice having cells shaped like equilateral polyhedrons, and also a middle element, which is in the form of a three-dimensional reinforcing structure comprising inclined reinforcing rods that form, in space, oppositely-oriented equilateral polyhedral pyramids.