Fire protection of building materials and structures |
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S.V. FEDOSOV, A.A. LAZAREV, D.E. TCVETKOV, V.G. KOTLOV, A.Yu. KOMLEV Evaluation of the Quality of Wood Impregnation with Inorganic Fire Retardants During Autoclaving
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5-9 |
Yu.N. KOVAL, A.S. ANDREEV, N.Z. AGAFONOVA Analysis of the Application of Fire Protective Composition for Wooden Structures
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10-13 |
M.G. BRUYAKO, P.A. LIPKA, M.S. KALININA Thermal Insulation Products Based on Modified Polyurethane Foam with Fire-Resistant Coating
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14-19 |
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Modern concretes |
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V.G. SOLOV'EV, E.V. MATIUSHIN, L.I. EFISHOV Influence of Type and Volume Content of Steel Fiber on the Compressive Strength of Ultra-High Performance Fiber Reinforced Concrete
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20-27 |
S.S. KAPRIELOV, A.V. SHEINFELD, V.I. TRAVUSH, N.I. KARPENKO, S.B. KRYLOV Assessment of Strength and Deformation Characteristics of High-Strength Concrete in Structures and the Dynamics of Their Changes over Time
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28-38 |
T.C. NGUYEN, V.L. TANG, B.I. BULGAKOV Determination of Adiabatic Temperature in Hardening Concrete According to Different Standards
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39-45 |
A.M. BAHRAH, O.A. LARSEN, S.V. SAMCHENKO Influence of the Amount of Conductive Component on the Electrical Resistivity of Fine-Grained Electrically Conductive Concrete
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46-51 |
N.S. SOKOLOV, S.N. SOKOLOV, A.N. SOKOLOV Geotechnical Technology for the Construction of Engineering Structures on Structurally Unstable Slopes
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52-55 |
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Waste in production of building materials |
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S.V. SAMCHENKO, M.G. BRUYAKO, A.M. ERGENYAN, V.A. SHVETSOVA Building Composite Based on Gypsum Binder and Sosnovsky’s Hogweed
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56-62 |
TANG VAN LAM, PHAM DUC LUONG, NGUYEN BA BINH, B.I. BULGAKOV, S.I. BAZHENOVA Aerated Concrete with Geopolymer Binder from Technogenic Waste
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63-69 |
G.R. BUTKEVICH Integrated Development of Technogenic Resources
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70-74 |
E.I. YUMASHEVA Market of Finishing and Thermal Insulation Materials in 2023
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75-78 |
Provide expanded clay in the structure from the foundation to the roof! (Information) |
79 |
N.V. LYUBOMIRSKIY, A.S. BAKHTIN, T.A. BAKHTINA, V.V. NIKOLAENKO, G.R. BILENKO Metallurgical Waste as a Raw Material Reserve for Achieving Carbon Neutrality of the Construction Industry. Part 1. Ability of Metallurgical Waste to Bind CO2
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80-94 |
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Materials and technologies |
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A.I. PANCHENKO, V.A. MIKHAILOV Modeling and Experimental Study of Packing Density of Foam Glass Concrete
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95-99 |
I.V. KOZLOVA, M.O. DUDAREVA A Promising Additive Based on the TiO2–Bi2O3 System for Cement Compositions
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100-103 |
D.A. AYUPOV, R.I. KAZAKULOV Water-Mineral Suspensions for Repair Bituminous Pastes
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104-108 |