ISSIQLIK SAMARADORLIGINI OSHIRISHDA QURILISH MATERIALLARIISSIQLIK O‘TKAZUVCHANLIGINING AHAMIYATI

Authors

  • Nishonov Fayzullo Xolmirzayevich Sheraliyeva Maftunaxon Ravshanbek qiz Author

Keywords:

thermal conductivity coefficient; thermal efficiency; energy saving; heat transfer resistance; building envelope; thermal insulation materials; building heat balance; autoclaved aerated concrete; mineral wool; energy consumption.

Abstract

The aim of this study is to scientifically substantiate the influence of
the thermal conductivity coefficient of building materials on the thermal efficiency of
buildings. Comparative analysis, normative-document review, and thermal engineering
calculation methods were applied. The results show that low-conductivity materials
significantly increase the heat transfer resistance of wall structures, reducing energy
consumption by up to 30–60%. The research has scientific and practical significance for
energy-efficient design.

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Published

2026-06-05

Issue

Vol. 3 No. 22 (2026): Internatsional Conference on Advance in Education, Social and Applied Sciences

Section

Articles