Abstract
The work presents the results of numerical modeling and experimental research of heat transfer through a two-chamber double-glazed window (4i-10-4M1-10-i4) with electric heating. The research methods were a full-scale experiment using measuring devices and laboratory equipment, mathematical modeling methods based on numerical methods of integrating heat transfer equations and comparing the obtained results of numerical research with own experimental data. The peculiarities of heat transfer through such a double-glazed unit were established. The created thermophysical model was verified using the obtained experimental data.
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