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Glass Properties Selection for Core and Shell High Rise Residential Building in Moderate Climate

机译:温和气候下核心和外壳高层住宅玻璃的性能选择

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摘要

The cooling and heating loads have been simulated for a building with variable glass-wall ratios using HAP4.5 (Hourly Analysis Program version 4.5 from Carrier Company). The ratios are 20%, 40%, 60%, 80% & 100% glass. The simulations were performed for the building in moderate (Amman, Jordan) climate. The glass properties combinations were noted by Combination Number (CN) which is the overall heat transfer & shading coefficient U-value & S.C combination. Result show that if designer is interested in gaining LEED point focus should be on the heating load as it achieves the highest LEED points.
机译:已使用HAP4.5(开利公司的Hourly Analysis Program版本4.5)对具有可变玻璃墙比的建筑物的冷热负荷进行了模拟。比例为20%,40%,60%,80%和100%玻璃。在中等(安曼,约旦)气候下对建筑物进行了模拟。玻璃性质的组合由组合数(CN)表示,组合数是总的传热和遮光系数U值和S.C组合。结果表明,如果设计人员对获得LEED点感兴趣,则应将重点放在加热负荷上,因为它可以达到最高LEED点。

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  • 来源
  • 会议地点 Aqaba(JO)
  • 作者单位

    Department of Energy Engineering, German Jordanian University, Amman, Jordan;

    Mechanical Engineering, JEA Associate engineer, Designer in ArabtecJardaneh engineers and architects, Amman, Jordan;

    Mechanical Engineering, JEA Associate engineer, Designer in ArabtecJardaneh engineers and architects, Amman, Jordan;

    Department of Energy Engineering, German Jordanian University, Amman, Jordan;

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  • 正文语种 eng
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