Hsu T., Wang S. Mixed convection in a rectangular enclosure with discrete heat sources. Numerical Heat Transfer Part A. 38, 2000. – p. 627-652.

Radhakrishnan T., Verma A., Balaji C., et al. An experimental and numerical investigation of mixed convection from a heat generating element in a ventilated cavity. Experimental Thermal and Fluid Science, 32, 2007. – p. 502-520.

Raji A., Hasnaoui M. Mixed convection heat transfer in ventilated cavities with opposing and assisting flows. Engineering Computations, 17, 2000. – p. 556-572

Singh S., Sharif M.A.R. Mixed convective cooling of a rectangular cavity with inlet and exit openings on differentially heated side walls. Numerical Heat Transfer Part A, 44, 2003. – p. 233-253.

Posner J. Measurement and prediction of indoor air flow in a model room. Energy and buildings, 35, 2003. – p. 515-526.

Rahman M., Alim M., Mamun M., Chowdhury M.K., Islam A.K. Numerical study of opposing mixed convection in a vented enclosure. ARPN J Eng and Appl Sciences, 2, 2007. – p. 25-36.

Saha S., Mamun A., Hossain Z., Islam S. Mixed convection in an enclosure with different inlet and exit configurations. Journal of Applied Fluid Mechanics, 1, 2008. – p. 78-93.

Lariani A., Nesreddine H., Galanis N. Numerical and experimental study of 3D turbulent airflow in a full scale heated ventilated room. Engineering Applications of Computational Fluid Mechanics, 3, 2009. – p. 1-14

Xaman J., Tun J., Alvarez G., et al. Optimum ventilation based on the overall ventilation effectiveness for temperature distribution in ventilated cavities. International Journal of Thermal Sciences, 48, 2009. – p. 1574-1585.

Rodriguez N.A., Hinojosa J.F. Numerical study of airflow and heat transfer in an air-cooled room with different inlet positions. Journal of Building Physics, 37, 2014. – p. 246-268.

Ghasemi B., Aminossadati S.M. Numerical simulation of mixed convection in a rectangular enclosure with different numbers and arrangements of discrete heat sources. The Arabian Journal for Science and Engineering, 33, 2008. – p. 189-207.

Bilgen E., Muftuoglu A. Cooling strategy by mixed convection of a discrete heater at its optimum position in a square cavity with ventilation ports. Int. Comm. in Heat and Mass Transfer, 35, 2008. – p. 545-550.

Самарин О.Д., Матвеева Е.Г. Определение параметров охладительного периода // Сантехника. Отопление. Кондиsионирование. 2013, № 1 (133). - с. 120-122

Малявина Е.Г., Крyuчкова О.Y. Разработка инженерного метода определения энергетических показателей систем кондиsионирования воздуха // Жилищное строительство. 2012, № 6. - с. 73-75.

Ливчак В.И. Рол градусо-суток охладительного периода при расчете потребности жилых домов в охлаждении // АВОК. 2015, №7. - с. 22-27.

Shanmuga P.S., Premalatha M., Rejkumar S.R., Thirunvukkarasu L. Analysis of cooling degree days for Tiruchirappalli – a district in India. IJRRAS. 2011. №8 (1). – p. 44-56.

SHNQ 2.01.01-22 “Loyihalash uchun iqlimiy va fizikaviy-geologik ma’lumotlar”, Toshkent, 2022 yil.

QMQ 2.04.05-97*. Isitish, ventilyatsiya va konditsiyalash / О‘zR Davrarxitektqurilish – Toshkent, AQATM, 2011-212 bet.

https://weatherarchive.ru/Temperature/Karshi/