Implementation of Modules of the Information and Mathematical System for Optimization of Reinforcement With the Integration of Existing Databases to Accelerate the Adoption of Organizational and Technological Decisions to Eliminate the Consequences Caused

Abstract.In order to eliminate contradictions between existing regulatory documents and regulated procedures for the operational elimination of the consequences of emergency destruction of prefabricated reinforced concrete frame structures of industrial buildings caused by influences not foreseen during design, by systematizing domestic and foreign experience in eliminating the consequences of accidents, which includes emergency rescue operations, temporary shoring, and decision-making on strengthening and restoring buildings, the article considers the universal modular structure of organizational and technological solutions created by the author, which describes the interconnected sequence of basic processes from object identification to the formation of a report with the optimal scenario for eliminating damage.At the same time, it is expected that the system will become a tool for software and technical support for a surveyor engineer, designer or project manager from the moment of initial recording of the accident to the decision on the final strengthening or restoration of the building.Using the system allows you to reduce the time for deciding and prevent minor errors due to the presence of verified databases for structural defects and methods for their restoration, which will significantly reduce the impact of the human factor. However, at the first stages, it is necessary to validate the solutions obtained from the system to check their reliability, and later to verify the facts issued from the supplemented databases by users. The system will help compile the results of the work of experts from various construction industries (designers, technical inspection experts, technologists, etc.) into one consolidated information extract to improve the perception of information by the customer, which will contribute to greater customer confidence in the proposed solutions due to their mandatory prior validation. The presented information and mathematical system should provide a single digital space for quick and informed decision-making at all stages of the elimination and localization of the development of destruction using separate operating modules, which allows you to supplement the system with new additional modules and, if necessary, change existing ones. The main task of users will be to fill in the databases.