Abstract
The authors conducted an analysis of the work in the field of assessing the technical condition of industrial buildings and found out that in Russia there are no uniform criteria for assessing the technical condition and calculating the residual resource of industrial buildings, which is especially relevant for buildings that have worked their standard life. Based on the experience of the AIS “Accounting and Systematization of the Characteristics of Reinforced Concrete Bridge Structures through Water Supply Channels of the Rostov Region,” which allows recording and monitoring the technical condition of reinforced concrete bridges, the authors propose AIS for monitoring the technical condition of building structures of industrial buildings. The analysis of damage occurred to building structures of production buildings allowed the authors to identify areas of possible formation of defects and damages, systematize them, identify the causes of formation and develop standard recommendations for their elimination. The AIS developed with due account of all possible defects and damages of building structures of industrial buildings, according to the results of the inspection it enables to automatically fill in the list of defects of the building, accumulates information and to monitor the technical condition, development of damage over time, and the timing of scheduled inspections. The criteria developed by the authors for assessing the technical state of building structures depending on the degree of damage allow AIS to automatically assign the technical state to the structure, as well as propose repair options. The application of AIS will allow at the state level the service of Rostekhnadzor, the Ministry of Emergencies and other supervisory organizations to monitor the technical condition of production buildings throughout their life cycle, and the operating organizations to allocate funding for ongoing and major repairs in a timely manner.
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Evtushenko, S.I., Krahmalniy, T.A. (2022). Automated Information System for Monitoring Technical Condition During Operation of Production Buildings. In: Ginzburg, A., Galina, K. (eds) Building Life-cycle Management. Information Systems and Technologies. Lecture Notes in Civil Engineering, vol 231. Springer, Cham. https://doi.org/10.1007/978-3-030-96206-7_4
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DOI: https://doi.org/10.1007/978-3-030-96206-7_4
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