Abstract
An algorithm for calculating the temperature regime of heliochambers for heliothermal treatment of concrete has been compiled. The algorithm includes heat release when cement is dissolved in water, since the change in heat release power when cement is dissolved in water is also subjected to harmonic analysis. Comparing the results obtained on a computer with averaged experimental data carried out over the past years, in natural conditions, in solar chambers with various design solutions, it has been established that it is possible to use the recommended method for calculating the temperature regime of a concrete mixture during heliothermal treatment to establish optimal design solutions for solar chambers from the standpoint of the best heating of concrete in them and as a result of gaining sufficient strength concrete.
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