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首页> 外文期刊>E3S Web of Conferences >Relevant indoor ventilation by windows and apertures in tropical climate: a review study
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Relevant indoor ventilation by windows and apertures in tropical climate: a review study

机译:热带气候中通过窗户和小孔进行的室内相关通风研究

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High temperature and humidity oblige occupants to use mechanical ventilation to regulate indoor temperature in tropical climate. Therefore, energy consumption becomes a challenge facing the designers in primary steps of design. Natural ventilation known as a passive design strategy in buildings is one of the innovative techniques in modern building to reduce operation costs and energy consumption. Although the advantages of natural ventilation are proved by previous studies, few studies have been done on application of openings and apertures designs to maximize indoor air velocity inside the buildings. This study reviews different ventilation methods and techniques which have been applied through openings to identify the most effective architectural elements for adequate ventilation inside the buildings. Comparison of study results shows that building orientation accompanying with apertures size are effective design strategies and techniques to increase indoor air ratio. Finally, the study recommends various form of openings and different form of louvered windows as research gaps for further study.
机译:高温和高湿迫使居住者在热带气候下使用机械通风来调节室内温度。因此,能耗成为设计者在设计的主要步骤中面临的挑战。自然通风被称为建筑的被动设计策略,是现代建筑中降低运营成本和能耗的创新技术之一。尽管自然通风的优势已被先前的研究证明,但很少有关于使用开口和孔设计来最大化建筑物内部室内空气速度的研究。这项研究回顾了已通过开口应用的不同通风方法和技术,以找出最有效的建筑元素,为建筑物内部提供足够的通风。研究结果的比较表明,建筑物方向和孔径大小是提高室内空气比率的有效设计策略和技术。最后,该研究建议各种形式的开口和不同形式的百叶窗作为进一步研究的研究空白。

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