论文摘要
本论文将呈现在牙买加进行实地调查的结果,并展现出以建筑物反映室内热度情况的第一手资料。通过实地调查,获得居住者对自己的实际室内环境的看法的第一手数据。此外,它揭示了一个典型的牙买加住宅的实验,通过分析目前的被动冷却策略,得到结果,把它应用到这些住宅中。即将到来的持续的全球变暖使建筑师,科学家和城市规划者感到不安。由于过去几年一直使用本文讨论提供更可持续的方式,创造良好的室内热条件的被动散热战略上的极大关注。据认为,这种战略的应用,在建立热舒适的生活条件方面,可以减少能源消耗。牙买加是一个比其他加勒比岛屿和拉丁美洲的能量强度都高的国家,所以在这节能减排是不可或缺的。本文的目的是确定在使牙买加的住宅对热舒适和被动冷却策略,并找到新的被动散热战略和技术,将改善目前的室内条件,同时降低能源消耗这是一个在美国供暖制冷及空调工程师协会(ASHRAE)社会发展的问卷进行了修改,并颁发给40住户。使用Microsoft Excel进行分析居住者的回应。它涉及到的相关值计算,平均值和气候数据分析。整体研究结果显示,目前的被动冷却战略对室内舒适度的影响最小,为92.5%,总调查与室内热条件不满。它还表明,由于财政拮据和缺乏教育和提高认识,以可持续发展设计的好处,如能源效率,这是一种采用被动式散热策略的产品,业主已选择最简单的方法不考虑自己的家园建设良好的热舒适性。
论文目录
相关论文文献
- [1].Thermal comfort evaluation of people in subway station[J]. Journal of Chongqing University(English Edition) 2016(02)
- [2].陈伟霆 跳出comfort zone的自在少年[J]. 课堂内外(初中版) 2017(06)
- [3].Seasonal Variation in Air Temperature and Relative Humidity on Building Areas and in Green Spaces in Beijing, China[J]. Chinese Geographical Science 2020(01)
- [4].Building and Environment[J]. 建筑节能 2020(06)
- [5].Effects of disparity distribution on visual comfort for multiple objects of stereoscopic images[J]. High Technology Letters 2019(01)
- [6].A simple model for automatic analysis and diagnosis of environmental thermal comfort in energy efficient buildings[J]. 建筑节能 2016(09)
- [7].Energy and Buildings[J]. 建筑节能 2020(04)
- [8].Natural ventilation potential for gymnasia-Case study of ventilation and comfort in a multisport facility in northeastern United States[J]. 建筑节能 2016(11)
- [9].Discomfort factors and comfort care of adult patients who undertake cardiac surgery[J]. South China Journal of Cardiology 2015(03)
- [10].Evaluation of climate comfort based on the relationship between the structure and behavior of a block space in a winter city[J]. Journal of Chongqing University(English Edition) 2016(01)
- [11].Pedestrian-level wind conditions around buildings:Review of wind-tunnel and CFD techniques and their accuracy for wind comfort assessment[J]. 建筑节能 2016(05)
- [12].Applied Energy(英国)[J]. 建筑节能 2014(12)
- [13].An Analysis of The Comfort of Strangers from the perspective of Queer Theory[J]. 青春岁月 2016(11)
- [14].Comparison of the impact of nesofilcon A hydrogel contact lens on the ocular surface and the comfort of presbyopic and non-presbyopic wearers[J]. International Journal of Ophthalmology 2019(04)
- [15].Quantitative Analysis of the Outdoor Thermal Comfort in the Hot and Humid Summertime of Shenzhen,China[J]. Journal of Harbin Institute of Technology 2017(02)
- [16].Application of thermal comfort theory in probabilistic safety assessment of a nuclear power plant[J]. Nuclear Science and Techniques 2011(05)
- [17].A Generalized Comfort Function of Subway Systems Based on a Nested Logit Model[J]. Tsinghua Science and Technology 2014(03)
- [18].Integrating 4D thermal information with BIM for building envelope thermal performance analysis and thermal comfort evaluation in naturally ventilated environments[J]. 建筑节能 2017(11)
- [19].Annoyance Rate Evaluation Method on Ride Comfort of Vehicle Suspension System[J]. Chinese Journal of Mechanical Engineering 2014(02)
- [20].Model predictive control for adaptive cruise control with multi-objectives: comfort,fuel-economy,safety and car-following[J]. Journal of Zhejiang University-Science A(Applied Physics & Engineering) 2010(03)
- [21].Modular energy cost optimization for buildings with integrated microgrid[J]. 建筑节能 2017(07)
- [22].Patient comfort and quality in colonoscopy[J]. World Journal of Gastroenterology 2013(15)
- [23].Uncomfortable Truths[J]. Beijing Review 2014(39)
- [24].Ride comfort evaluation for road vehicle based on rigid-flexible coupling multibody dynamics[J]. Theoretical & Applied Mechanics Letters 2013(01)
- [25].Field study of thermal comfort and indoor air quality in gymnasium[J]. Journal of Central South University of Technology 2009(S1)
- [26].A Review about Thermal Comfort in Aircraft[J]. Journal of Thermal Science 2019(02)
- [27].Experimental Study on the Ride Comfort of a Crawler Power Chassis Scale Model Based on the Similitude Theory[J]. Chinese Journal of Mechanical Engineering 2015(03)
- [28].Building and Environment[J]. 建筑节能 2018(05)
- [29].Thermal comfort assessment in civil aircraft cabins[J]. Chinese Journal of Aeronautics 2014(02)
- [30].MOL Comfort号事故谜中谜[J]. 中国船检 2013(09)