Abstract
Currently, on the world market, there are trends in the construction of a large number of monolithic and prefabricated reinforced concrete structures, and individual parts of these structures are operated with damage or defects, and the causes of these damages are quite diverse. In modern conditions, such work can be facilitated and analyzed in more detail with the help of specialized software, which can include all the necessary characteristics of material behavior and include existing defects or damage. This problem of damage to reinforced concrete structures will become extremely relevant in Ukraine, especially after the completion of a full-scale armed attack by the Russian Federation, and therefore, the study of various types of damage and defects that will affect the load-bearing capacity and strength of reinforced concrete elements require a quick and high-quality analysis of this damage, and most likely aggregates of damage.
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