Murasova O. Improving organizational and technological solutions for instrumental monitoring of compacted buildings adjacent to new construction.

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0421U100735

Applicant for

Specialization

  • 05.23.08 - Технологія та організація промислового та цивільного будівництва

17-03-2021

Specialized Academic Board

Д 64.056.01

Kharkov National University of Civil Engineering and Architecture

Essay

Specific features of the processes of instrumental monitoring of compacted buildings adjacent to the new construction, which allow to improve the organizational and technological solutions of its implementation. The factors influencing the new construction on the surrounding buildings and compensatory measures, the choice of which will optimize financial and time costs while minimizing the impact of negative factors of construction of the new building on the surrounding buildings. A set of information tasks and the sequence of their solution that reduces the duration of the construction phase of new buildings while maintaining serviceability and compliance with restrictions caused by adjacent buildings, both at the construction stage and after its completion, by implementing effective organizational and technological compensation measures developed on the basis of instrumental monitoring information, which provides timely detection, forecasting and prevention of the threat of damage to adjacent buildings, reducing material damage and preventing the cost of construction. A construction information model of instrumental monitoring of the technical condition of buildings adjacent to the new building has been developed, which will allow to identify factors and parameters that may lead to structural damage during construction and after its completion, and to optimize new construction costs for necessary compensatory measures in the correct sequence. to the extent necessary, reduce the negative impact of new construction on existing compacted buildings and choose an effective monitoring system.

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