Effect of Window Wall Ratio (WWR) on Heat Gain in Commercial Buildings in The Climate of Lahore
International Journal of Research in Chemical, Metallurgical and Civil Engineering, 2016 openaire +1 more source
Courtyard design for energy efficiency and thermal comfort: machine learning insights across hot and warm climates. [PDF]
Sci RepAloshan MA, Aldali KM.
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Evaluating waste based retrofit strategies for thermal performance improvement in North Sinai social housing. [PDF]
Sci RepEid Y.
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An Enhanced Prediction Model for Energy Consumption in Residential Houses: A Case Study in China. [PDF]
Biomimetics (Basel)Tian H +4 more
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Optimizing rural building design with an intelligent framework integrating BES ANN and MCDM. [PDF]
Sci RepDuan Z, Zhang R, Zhao Y, Xie C, Ma Q.
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Study on energy retrofits for rural residential envelopes in Northwest China. [PDF]
Sci RepLiu P, Li M, Zhu J, Yuan W.
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Multi-objective optimization of energy, view, daylight and thermal comfort for building's fenestration and shading system in hot-humid climates. [PDF]
PLoS OneWu Z, Xu Y, Wang Z.
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IMPACT OF WINDOW-TO-WALL RATIO, GLASS VISIBLE TRANSMITTANCE, AND SURFACE REFLECTANCE ON INDOOR ILLUM
The growing adoption of window facades in buildings has enhanced the use of daylighting, which has generally been well-received by occupants. However, the effectiveness of daylighting in interior spaces can be influenced by several factors, including the
Budhiyanto, Aris
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Energy saving and low carbon oriented renovation framework for educational buildings with Tianjin University case study. [PDF]
Sci RepDu X, Liu X, Gao F, Zhou Z.
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Origins of stomatal mechanics in grasses. [PDF]
Nat CommunMcAdam SAM +4 more
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