METHODS OF INCREASING THE SEISMIC RESISTANCE OF METAL STRUCTURES IN THE CONDITIONS OF CONSTRUCTION AUTOMATION

Dzhumaliev Nurdin Taalaibekovich

In modern conditions, automation has become an integral part of any process. In the construction industry, automation processes provide solutions to global challenges (increasing urbanization, environmental requirements, safety), as well as theological breakthroughs (creating digital counterparts of metal structures; 3D metal printing; smart installation using robots and computer vision). At the same time, relatively little attention is paid in science to the relationship between construction and automation. This fully applies to the issues of increasing the seismic resistance of metal structures in the context of automation of the construction industry. The author proves that the introduction of automation in the complex method proposed in the study transforms traditional construction using metal structures in seismically active regions into a high-tech process, where: using artificial intelligence algorithms, optimal structures are designed; robotic assembly of metal structures is ensured with an accuracy several times higher than the accuracy of assembly using human labor; with the help of dampers and high-precision sensors that transmit information to automatic monitoring systems, it provides a higher level of protection for both the metal structures themselves and the building itself in case of an earthquake. The proposed method not only increases earthquake resistance, but also sets a new standard for safe and economical construction in seismically active regions in the context of global industry automation due to the synergy of automation and adaptive technologies.

Keywords:automation; earthquake resistance; metal structures; topological optimization; seismic modeling