Monitoring of critical points in reinforced concrete structures: verifying calculations and refining mathematical models

[17.07.2025]

At uSky Transport, we don’t just fix defects — we conduct a systematic study of the behavior of reinforced concrete structures under real operating conditions. Special attention is paid to monitoring critical points and analyzing the load-bearing capacity of anchor supports subjected to high horizontal loads.

Rendering of a station serving as an anchor support: architecture that conceals strength

Our approach is focused on verifying structural models and refining the engineering assumptions made during the design stage. We don’t limit ourselves to evaluating isolated defects. Instead, we build a comprehensive picture of the structure’s dynamic performance, which is only possible through long-term observation — at least five full annual cycles. This allows us to account for seasonal fluctuations in temperature, humidity, ground shifts, and other external factors.

Engineering poetry in concrete and steel. Rendering of a station where beauty serves function

Delicate and minimalistic designs like uSky Transport’s anchor supports are designed to withstand significant horizontal forces. Such engineering solutions are rare in global practice. Their reliability depends not only on material strength but also on the accuracy of mathematical models describing the interaction of all system components.

We aim not only to confirm the correctness of the design solutions but also to develop more precise calculation algorithms that will form the basis of the next generation of uSky Transport & Infrastructure Technology.

This isn’t just architecture. It’s the engineering node of the future, rendered here as a work of art

The work we are conducting is not a reaction to problems but a scientific and engineering monitoring effort aimed at anticipating potential risks and enhancing the reliability of the entire transport system. This approach ensures confidence in every structural element and guarantees the safety and longevity of infrastructure that meets tomorrow’s demands.