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Indoor Environmental Quality of Low-Income Housing in Delhi, India: Findings from a Field Study

机译:印度德里低收入住房的室内环境质量:田间研究的调查结果

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Indoor environmental quality has crucial links to occupant health and well-being. Delhi has experienced rapid population growth and, as a result, there has been a substantial escalation of informal housing that now accounts for up to half of the housing stock. In this work, we investigate the indoor environmental quality in a sample of low-income households in order to make recommendations for housing provision and to improve the health of occupants. The study takes a mixed-method approach to provide a wider understanding of the indoor environmental quality. Indoor temperature monitoring was carried out over a winter period, allowing a review of building performance. Focus groups with household residents allowed comparison between measured and perceived conditions and highlighted a number of housing issues, which is useful in guiding interventions. Indoor temperature ranges were found to vary significantly within and between dwellings, with the greatest range seen in dwellings constructed with temporary materials. All dwellings failed to provide comfortable temperatures above 21°C for more than 40% of hours during the winter monitoring period, suggesting occupant discomfort and risk to health from exposure to cold temperatures. Occupants were found to have multiple adaptive strategies to overcome poorly performing dwellings. However, health is compromised by some approaches, such as the open use of firewood indoors. Thus, substantial work is necessary to improve indoor environmental quality. Interventions which replace roof materials and increasing window areas could potentially improve both actual and perceived conditions.
机译:室内环境质量具有至关重要的居住者健康和福祉的关键环节。德里人口增长迅速,因此,非正式住房的升级幅度大幅升级,现在占房价的一半。在这项工作中,我们调查低收入家庭样本中的室内环境质量,以提出住房拨备和改善居住者的健康。该研究采用了一种混合方法方法来提供对室内环境质量的更广泛了解。室内温度监测在冬季进行,允许审查建筑业绩。与家庭居民的焦点小组允许在测量和感知条件之间进行比较,并突出了许多住房问题,这对于指导干预措施是有用的。在居住区内和居住之间的室内温度范围内发现差异显着变化,具有临时材料的住宅中最大的范围。所有住宅都未能在冬季监测期间超过21°C以上的舒适温度超过40%,表明患者不适,并且无法从暴露于寒冷的温度。发现占用者有多种适应性策略来克服表现不佳的住宅。但是,健康受到一些方法的损害,例如在室内的柴火开放使用。因此,需要实质性的工作来提高室内环境质量。更换屋顶材料和增加窗口区域的干预措施可能会改善实际和感知的条件。

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