Automated accounting of materials consumptions when carrying out routine repairs

This article outlines an approach to accounting for material consumption during scheduled repairs at the design stage of an object using an automated application. An analysis of the use of information models for capital construction objects allowed us to conclude that it is necessary to calculate the costs of operation and construction at the design stage. When building a residential capital object, it is important to immediately calculate the costs not only for construction, but also costs during operation. At the moment, such a calculation is performed outside the information model and does not take into account a number of factors that affect the final cost. This approach does not provide accurate calculation results. When calculating operating costs, among other things, the costs of scheduled maintenance should be taken into account. In order to more accurately calculate the costs of scheduled repairs, it is necessary to predict the consumption of materials during these repairs. For this, an algorithm was developed, on the basis of which an automated application was created for accounting for the consumption of materials during scheduled repairs, using data from the information model of the object to perform calculations. The use of computer-aided design systems for such calculations based on the data contained in the information model of the object will avoid time-consuming analytical calculations and inevitable errors. The results of the automated system will make it possible to more accurately assess the cost of operating the facility after its commissioning.

1. Sinenko S.A. Automation of organizational and technological design in construction: textbook. Saratov: University education, 2019.

2. Kuzina O.N. Automation of calculations in the planning of construction production: training manual. M .: Publishing house MISI-MGSU, 2019.

3. Methodology for calculating the life cycle of a residential building, taking into account the cost of total costs. M .: National Association of Designers, 2014.

4. Grishina N.M., Mitsko D.I. Development and implementation of bim-standard: research of management methods in construction. Izvestiya Kazan State University of Architecture and Civil Engineering. 2017;3 (41):266-276.

5. Ginzburg A.V. Design automation systems in construction: a tutorial. M .: Publishing house MISI-MGSU, 2014.

6. Bilal Succara, Erik Poirierb. Lifecycle information transformation and exchange for delivering and managing digital and physical assets. Automation in Construction. 2020;112.

7. Sun, Peiwen, Zhang, Ning, Zuo, Jian, Mao, Ruichang, Gao, Xiaofeng, Duan, Huabo. Characterizing the generation and flows of building interior decoration and renovation waste: A case study in Shenzhen City. Journal of cleaner production, 2020;12.

8. Talapov V.V. BIM technology. The essence and features of the implementation of information modeling of buildings. M .: Publishing house "DMK Press", 2015.

9. Volkov A.A., Yatsenko D.V. Analysis of the state and methods of improving the information support of management tasks in the construction industry. Construction is the formation of a living environment. M .: Publishing house MISI-MGSU, 2018.

10. Volkov A.A., Petrova S.N. Information systems and technologies in construction: a tutorial. M .: Publishing house MISI-MGSU, 2015.