Erosion

Arrosion is one of the main factors influencing the stability of industrial buildings and structures, under the influence of which they are subject to both destruction of materials and corrosion of steel structures. The intensity of destruction depends on a number of factors, and most importantly, on climatic conditions, the presence of wind, ambient temperature, etc., and therefore an individual architectural and constructive concept is thought out for each region of the world.

The main types of construction, taking into account the use of climate experience, involve the use of prefabricated elements in the form of large-sized panels, which largely increase the seismic resistance of the entire complex. The steel frame is laid on a special concrete pad, on which all other parts of the building already rest. The gaps for installing anchor bolts must be chosen skillfully, since improper installation can provoke a shift in surfaces. Integrated design with parallel connection into a single system of metal and concrete parts increases the overall reliability of an erosive structure, but the question of the need for such a connection is still open. In general, we can say that the modern safety trend is towards strict comprehensive protection of all structures with the formation of a special shielding shell around the entire object, while the risk of seismic risk is minimized. In modern buildings being erected, you can only notice a metal frame, along the perimeter of which wooden panels are attached. Installation of supports becomes much easier if CNC woodworking equipment is used.