Scientists of the university have experimentally obtained heavy-duty concrete
Super-strong concrete with a compressive strength of more than 1000 kg / cm 2 obtained in the course of the experiments at the Department of Building Materials Science, Products and Structures (SMIC) at BSTU named after V.G. Shukhov.
Also, formulations were designed on the basis of certain technogenic resources of the Kursk magnetic anomaly, which have high adhesion to the cement matrix and close coefficients of deformation characteristics.
At present, approbation of new concrete is carried out within the framework of the international scientific and educational center "Theory and Practice of Restoration of Ruined Cities" in the development of building materials from fragments of destroyed buildings in Iraq and Syria. This is done by a group of postgraduate students and undergraduates from these countries, as well as from the Russian Federation under the guidance of the director of the center, Professor R.V. Lesovik and professors A.D. Tolstoy.
Within the framework of the implementation of the fundamental provisions of the geonics, the law of similarity is formulated - the strength and durability of composites is determined by the closeness of all components of the sample. The application of this law will allow to design high-strength composites.
It should be noted that the evolution in material science proceeds in the direction of reducing the dimensions of the composites of the particles; This tendency is especially pronounced in metallurgy, ceramics and construction materials, including. This predetermines a significant increase in their performance characteristics.