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Journal of Tashkent Institute of Railway Engineers

Abstract

The article presents the developed mathematical model of the structure of cellular concrete, which allows one to establish pore sizes and characteristics of inter-pore walls corresponding to the required thermal conductivity and strength of the material, and the results of its numerical implementation are presented

First Page

3

Last Page

7

References

1. Adilhodzhaev A.I., Shipacheva E.V., Shaumarov S.S., Kandharov S.I. Development of New Constructive and Heat-Insulating Materials "International Journal of Recent Technology and Engineering". Volume-7, Issue-5S3. 2019.p. 577-580.

2. Lykov A. V. Phenomenon of transport in capillary - porous bodies. M.: GITTL, 1954.- 189 p.

3. Reshetin O. L., Orlov S. Yu. The theory of heat and moisture transfer in a capillary-porous body // Journal of Technical Physics, 1998, Volume 68, No. 2. P. 3-16.

4. Zhuk P.M., Zhukov A.D. Normative legal base for the environmental assessment of building materials: prospects for improvement // Ecology and Industry of Russia. – 2018. – T.22. -$4. – pp. 52-57.

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