Файл	Ном	Сабт карда шуд
Yusupova Madina	DAILY DINAMICS OF HEAT STORAGE BUILDING ENCLOSURES	35

Authors:  Yusupova Madina Zikrulloevna - Teacher of the Department General Physics and Solid State under PEI «Khujand State University named after academician B.G.Gafurov» (Tajikistan Republic, Khujand), Mirzokobilova Firuza Osimovna - Teacher of the Department General Physics and Solid State under PEI «Khujand State University named after academician B.G.Gafurov» (Tajikistan Republic, Khujand), Nazarov Raim Rahmonovich - Candidate of Physics and Mathematical Sciences, Professor’s Assistant of the Department General Physics and Solid State under PEI «Khujand State University named after academician B.Gafurov», (Tajikistan Republic, Khujand)

JOURNAL NUMBER: 4(59). YEAR OF ISSUE: 2021. LANGUAGE OF THE ARTICLE: Russian

ANNOTATION

This paper proposes a method for studying heat fluxes inside building envelopes based on the theory of non-stationary thermal conductivity with periodic harmonic fluctuations in air temperature. The process of energy storage, heat gain (heat inflow) and heat loss (heat outflow) through the building envelope are studied as a periodic harmonic process. The results of theoretical studies of heat flows through flat walls and roofs, enclosing structures of buildings in the climatic conditions of the northern valleys of the Republic of Tajikistan are presented.

KEY WORDS

unsteady thermal conductivity, thermal stability, heat input, thermal conductivity, heat flux, accumulated thermal energy, building envelope.

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