Thermophysical accounting of the outer wall consisting of three-layer foam concrete
Keywords:
thermal conductivity, the energy efficiency of buildings, thermophysical, walls, foam concreteAbstract
The paper gives the results of theoretical and experimental natural thermal - physical researches in the models of extiriol walls performed from the fixed formwork from polystyrenefoam. Determination of resistance of heattransfering, coefficient, thermal conductivity, temperature distribution in the thickness of the experimental samples, humidity and heatresistance of extiriol walls, erected from a fixed formwork from polystyrene. In addition calculation is made of masture condition of extiriol walls erected from permament formwork of polystyrenefoam.
References
Shukurov G.Sh., Boboev S.M. Physics of architecture. Part 1
"Construction thermophysics," a textbook. Tashkent "Trud" -2005. 160 b.
Shukurov G.Sh., Islamova D.G., textbook "Construction Physics." 2005 Samarkand 226 b
Fokin K.F. Strotelnaya teaches heat engineering. M.: Stroyizdat. 1973 g. 285 Art.
Shchipocheva E.V. The projection of energy-efficient civil diseases in a dry surgical climate is three-track - TTIMN. 2008
QMQ 2.01.04-97 * Construction heat engineering. Tashkent. 2011.
QMQ 2.01.01-94 Climatic and Physical Geological Data for Design. T 1996.
Шукуров, И. С., Сагатов, Б. Ў., & Ниятқул, Ғ. (2022). Том конструкциясини энергия самарадорлигини оширишда маҳаллий материалларини қўллашнинг муқобил ечимлари. Science and Education, 3(4), 548-554.
Шукуров, И. С., Сагатов, Б. Ў., & Нарзиқулов, Ғ. Н. Ў. (2022). Биноларнинг энергия самарадорлигини ошириш бўйича ривожланган мамлакатлар ва Ўзбекистонда амалга оширилаётган ишлар таҳлили. Science and Education, 3(4), 601-608.
Asatov, N. A., Shukurov, I. S., Sagatov, B. U., & Usmonova, M. O. (2022). Binolarning pollardagi issiqlik yo’qotishlar xisobi. Science and Education, 3(4), 390-395.
Sagatov, B. U. (2022). O’zbekistonda energiya tejamkor binolar qurilishining ahvoli. Science and Education, 3(1), 261-265.
Asatov, N. A., Sagatov, B. U., & Maxmudov, B. I. O. G. L. (2021). Тashqi to’siq konstruksiyalarini issiqlik fizik xususiyatlariga ta’siri. Science and Education, 2(5), 182-192.
Uktamovich, S. B. (2016). About transfer of effort through cracks in ferro-concrete elements. European science review, (7-8), 220-221.
Sagatov, B. U. (2022). COMPOSITE MATERIALS FOR REINFORCING FERRO-CONCRETE ELEMENTS. Eurasian Journal of Academic Research, 2(3), 281-285.
Сагатов, Б. У. (2020). Исследование усилий и деформаций сдвига в наклонных трещинах железобетонных балок. European science, (6 (55)), 59-62.
Ашрабов, А. А., & Сагатов, Б. У. (2016). О передаче напряжений через трещины железобетонных элементах. Молодой ученый, (7-2), 41-45.
Матниязов, Б. И., Сагатов, Б. У., & Апроилов, А. А. И. (2023). Усиление железобетонных балок железнодорожных мостов композиционными материалами. Science and Education, 4(2), 687-691.
