The project will test an innovative method of reinforcing concrete structures using shape-memory rods—smart components capable of “remembering” their original shape and returning to it when heated.
The young researcher explains:
This seemingly small phenomenon can have enormous significance for engineering. When a rod regains its shape, it generates a force that supports the performance of reinforced concrete elements, making the structures more resistant to loads and wear. In practice, this means that many structures—from bridges to industrial halls—can be effectively repaired and strengthened instead of being demolished and rebuilt.
The applications of this technology are broad: from the renovation of old structures, through modern civil engineering projects, to technical education, where it can serve as an example of the use of smart materials. This solution not only saves time, money, and materials, but above all, it enhances user safety and reduces the environmental impact of construction, emphasizes
Dr. Rogowski. He adds: The project is therefore both scientifically and socially significant. It shows that innovation in engineering can go hand in hand with care for people and the planet. At the same time, it inspires young people to take an interest in science and engineering, proving that even in such a ‘traditional’ field as concrete, one can discover the future—smart, durable, and responsible.