Stroitel'nye Materialy №6-2019

DOI: https://doi.org/10.31659/0585-430X-2019-771-6

 


Table of contents:

  

Modern concretes: science and practice  
A.A. VARLAMOV, V.I. RIMSHIN
About the Size of Control Samples of Concrete
3-7
A.L. KRISHAN, V.I. RIMSHIN, M.A. ASTAF’EVA, E.A. TROSHKINA
Strength and Deformability of Concrete of Compressed and Bending Reinforced Concrete Elements with Shear Reinforcement
8-11
V.I. RIMSHIN, A.A. VARLAMOV, V.L. KURBATOV, S.M. ANPILOV
Development of the Theory of Concrete Composite Degradation
 12-17
V.A. EZERSKIY, N.V. KUZNETSOVA, A.D. SELEZNEV, G.A. MOISEENKO
Strength of Fine Concrete with Addition of Fine Crushed Recyclable Optical Discs
18-23
Materials and technologies  
A.S. PETROV, A.M. YUZMUHAMETOV, V.N. KUPRIIANOV, K.S. ANDREITSEVA
Determination of the Nature of Humidification of Enclosing Structures by Experimental Method of Color Indication
24-28
D.Yu. ZHELDAKOV
Preservation of Plastered Facades of Buildings
29-33
T.F. ELCHISHCHEVA, V.T. EROFEEV, V.A. LOBANOV
Determination of Salt Content in the Material of External Walls of the Building
of an Industrial Enterprise
34-39
V.G. GAGARIN, P.P. PASTUSHKOV
Sorption of Water Vapor Materials of Mineral Wool Products of Modern Manufacture
40-43
E.G. MALYAVINA, E.A. GNEZDILOVA, Yu.N. LEVINA
Development of Calculated Resistances to Heat Transfer of Floors via the Ground Using Modern Methods of Their Thermal Protection
44-48
А.D. ZHUKOV, К.А. TER-ZAKARYAN, I.V. BESSONOV, V.А. LOBANOV, А.V. STAROSTIN
Energy Efficiency of Seamless Insulating Shells
49-55
V.P. GUSEV, O.A. ZHOGOLEVA, V.I. LEDENEV, A.V. SIDORINA
Acoustic and Dynamic Characteristics of Elastomeric Building Materials Based on NBR Rubber
56-61
I.L. SHUBIN, N.V. BAKAEVA, A.V. KALAYDO, A.V. SKRYNNIKOVA
Limitation of Radon Inflow from the Soil into the Building due to Construction Technologies
62-66
Results of scientific research  
N.S. SOKOLOV
Technology for Increasing the Bearing Capacity of the Base
67-71
ABDEL AZIZ F MOHAMED, AMR A ELHAMY, NADA M EL ARABY
Smart Coating Material: Feasibility of Employing Self-Healing
and Self-Cleaning Building Coatings
72-76

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