Journal of Tashkent Institute of Railway Engineers


This article presents the developed mathematical model of the structure of cellular concrete and its computer implementation in the form of a computational software package that allows you to determine pore sizes and characteristics of inter-pore walls, corresponding to the required thermal conductivity of the material. The stages of computer simulation of the macrostructure of cellular concrete are also given.

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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.

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

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.

Adilhodzhaev A.I., Schipacheva E.V., Shaumarov S.S. Mathematical modeling of the structure of cellular concrete // Bulletin TashIIT – Tashkent. 2019, No. 3, pp. 3-8.

Adilhodzhaev A.I., Schipacheva E.V., Shaumarov S.S. Modeling of the macrostructure of aerated concrete with predetermined thermotechnical properties // Intellectual Property Agency of the Republic of Uzbekistan. Certificate of official registration of the program for electronic computers №.DGU 06772, 30.07.2019.



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