System modeling of organizational and technological reliability of repair, restoration and reconstruction of cultural heritage sites
Abstract
System modeling of organizational and technological reliability of repair, restoration and reconstruction of cultural heritage sites
Incoming article date: 10.12.2024The conducted studies show that more than 70% of failures and breakdowns during repair, restoration and restoration works at cultural heritage sites occur as a result of uncoordinated actions of repairmen and restorers. This is due to the fact that repair and restoration works are carried out in complex and cramped conditions on hard-to-reach sites. Therefore, a deep study and scientific substantiation of repair and restoration technologies is one of the main conditions for increasing the efficiency, safety and reliability of the human operator (repairman, restorer, technical and line workers, etc.) in the construction and technical sphere. It is important to take into account the reliability and safety of the human-machine system (HMS) when designing repair and restoration technologies, technical systems and devices for lifting and moving loads in cramped conditions on hard-to-reach sites. The article presents a system-structural method that allows us to consider a single human-machine system as a continuous series of simple human-machine systems that are formed and destroyed, and to divide a simple human-machine system into subsystems, subsystems into working methods, actions, micro-movements, etc.
Keywords: historical and cultural monuments, cultural heritage sites, systems method, systems-structural analysis, system, safety, cramped conditions