日本語フィールド
著者：Anisha Noori Kakon, Nobuo Mishima題名：The Effects of Building Form on Microclimate and Outdoor Thermal Comfort in a Tropical City発表情報：Journal of Civil Engineering and Architecture 巻: 6 号: 11 ページ: 1492-1503キーワード：Building form, thermal comfort, tropical city, three-dimensional microclimate model, PET (physiological equivalent
temperature)概要：抄録：The urban microclimate has direct implications with regards to thermal comfort indoors as well as outdoors. In the tropics, the outdoor thermal comfort conditions during daytime are often far above acceptable comfort standards due to intense solar radiation and high solar elevations. This study aims to know effects of simple and fundamental building forms on microclimate and outdoor thermal comfort in a high dense tropical city, focusing on Dhaka, Bangladesh as a study city. Investigations are carried out on existing area and model areas with modified building forms (in respect of height and shape) on the microclimate as well as on outdoor thermal comfort during daytime in summer. This study has demonstrated that the model using less ground coverage and higher buildings can offer a better thermal climate than the models using maximum ground coverage in a high-density tropical city.英語フィールド
Author：Anisha Noori Kakon, Nobuo MishimaTitle：The Effects of Building Form on Microclimate and Outdoor Thermal Comfort in a Tropical CityAnnouncement information:Journal of Civil Engineering and Architecture Vol: 6 Issue: 11 Page: 1492-1503Keyword：Building form, thermal comfort, tropical city, three-dimensional microclimate model, PET (physiological equivalent
temperature)An abstract：The urban microclimate has direct implications with regards to thermal comfort indoors as well as outdoors. In the tropics, the outdoor thermal comfort conditions during daytime are often far above acceptable comfort standards due to intense solar radiation and high solar elevations. This study aims to know effects of simple and fundamental building forms on microclimate and outdoor thermal comfort in a high dense tropical city, focusing on Dhaka, Bangladesh as a study city. Investigations are carried out on existing area and model areas with modified building forms (in respect of height and shape) on the microclimate as well as on outdoor thermal comfort during daytime in summer. This study has demonstrated that the model using less ground coverage and higher buildings can offer a better thermal climate than the models using maximum ground coverage in a high-density tropical city.