ارزیابی فنی و اقتصادی کاربرد پوشش کم‌گسیل در جدارهای نورگذر ساختمان

شرکت گاز استان خراسان رضوی،  www.nigc-khrz.ir، 20/10/92

پرتال وزارت نیرو،  www.moe.gov.ir، 20/10/92

 

ASHRAE Handbook (2005), Atlanta, Ga., American Society of Heating Refrigerating and Air-Conditioning Engineers.

CANMET (1993), The Determination of Fenestration Solar Heat Gain Coefficient Using Simulated Solar Irradiance, Report prepared for Natural Resources, Canada, The Solar Calorimetry Laboratory, Queen’s University, Kingston, Ontario.

Clarke, J.A., Janak, M. and Ruyssevelt, P. (1998), Assessing the Overall Performance of Advanced Glazing Systems, Solar Energy, Vol.63 (4), pp. 231– 241.

Harrison, S.J and Van Wonderen, S.J (1994), Determining Window Solar Heat Gain Coefficient, ASHRAE Journal, Vol. 36 (2), pp. 26-32.

Klems, J.H. (1984), Measurement of Fenestration Performance Under Realistic Conditions,  presented at Windows in Building Design and Maintenance, Gothenburg, Sweden.

Klems, J.H, and Keller, H (1987a), Measurement of Single and Double Glazing Thermal Performance under Realistic Conditions using The Mobile Window Thermal Test (MoWiTT) Facility, Presented at ASME Solar Energy DivisionConference, Honolulu, HI, USA.

Klems, J.H and Keller, H (1987b), Thermal Performance Measurements of  Sealed Insulating GlassUnits with Low-E Coatings Using the MoWiTT Field-Test Facility, Presented at the ASHRAE Winter Meeting, Newyork City, NY.

Urbikain, M.K and  Sala, J.M (2009), Analysis of Different Models to Estimate Energy Savings Related to Windows in Residential Buildings, Energy and Buildings, Vol.41, pp.687–695.

Wonderen, S.J (1995), Experimental Determination of Fenestration Solar Heat Gain Coefficient, M.Sc thesis, Queen’s University, Kingston.

Yin, R and and Xu, P (2012), Case Study: Energy Savings from Solar Window Film in Two Commercial Buildings in Shanghai, Energy and Buildings, Vol.45, pp.132–140.

 

URL1- https://energyplus.net/weather-region/

URL2- http://www.meteonorm.com/