Abstract
The paper analyzes various constructional options for insulation of load-bearing structures of reinforced concrete silo. Based on the analysis, the optimum insulation was selected according to the minimum temperature difference in the wall thickness. Factors affecting the heat-moisture characteristics of the walls of reinforced concrete silo are identified. The influence of heat-conducting inclusions on the heat-moisture characteristics of the building envelope is estimated. The temperature differences in the silo wall thickness are detected. The temperature and humidity are calculated for various design options and the moisture accumulation percentage of the con-struction is calculated for the specified time period.
Highlights
Для цитирования: Белоус А.Н., Дмитренко Е.А., Гончарова Я.Ю., Белоус О.Е
The optimum insulation was selected according to the minimum temperature difference in the wall thickness
Factors affecting the heat-moisture characteristics of the walls of reinforced concrete silo are identified
Summary
Для цитирования: Белоус А.Н., Дмитренко Е.А., Гончарова Я.Ю., Белоус О.Е. Снижение температурно-влажностного воздействия на железобетонные конструкции силосов для хранения цементного клинкера // Вестник Томского государственного архитектурно-строительного университета. 2019. REDUCTION OF HEAT-MOISTURE IMPACT ON REINFORCED CONCRETE SILO FOR STORING CEMENT CLINKER Factors affecting the heat-moisture characteristics of the walls of reinforced concrete silo are identified. For citation: Belous A.N., Dmitrenko E.A., Goncharova Ya.Yu., Belous O.E. Snizhenie temperaturno-vlazhnostnogo vozdeistviya na zhelezobetonnye konstruktsii silosov dlya khraneniya tsementnogo klinkera [Reduction of temperature-humid impact on reinforced concrete structures for storing cement clinker].
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