Table of contents:
| Modern binding materials | |
| V.Т. EROFEEV, A.I. RODIN, S.N. KARPUSHIN, S.V. SAMCHENKO, O.B. TOMILIN, S.S. GLADKIN, I.V. EROFEEVA, Ya.A. SANYAGINA Biocidal Cements with Active Mineral Additive: Production and Properties |
4-20 |
| M.S. GARKAVI, A.V. ARTAMONOV, E.V. KOLODEZHNAYA, S.A. DERGUNOV, S.V. SERIKOV, D.D. KHAMIDULINA, S.A. NEKRASOVA Characteristics of Hardening of Mechanically Activated Composite Cements |
21-27 |
| M.A. FROLOVA Conceptual Aspects of Designing Mineral Powder Compositions from Raw Materials of Natural and Technogenic Origin |
28-33 |
| Concretes: science and practice | |
| A.S. INOZEMTCEV, E.V. KOROLEV Model of High-Strength Lightweight Concrete |
34-41 |
| I.Yu. LAVROV, V.A. BEREGOVOY High-Performance Concrete for Industrial Construction and Mechanical Engineering |
42-48 |
| Materials and technologies | |
| S.S. INOZEMTSEV, E.V. KOROLEV Structural-Sensitive Properties of Self-Healing Asphalt Concrete |
49-56 |
| D.R. NIZIN, T.A. NIZINA, V.P. SELYAEV, I.P. SPIRIN Accounting for the Moisture State of Polymeric Materials when Developing Machine Learning Models |
57-67 |
| A.A. FEDOTOV, T.N. VAKHNINA, I.V. SUSOEVA, A.A. TITUNIN Modeling of Indicators of Competitive Materials for the Manufacture of Formwork in the Construction of Industrial Buildings |
68-72 |
| N.G. CHUMACHENKO Development of a Composition of a Complex Swelling Additive for the Production of Expanded Clay |
73-78 |