CFD Simulation of The Suitability of Jian-Kang Community from The Perspective of Thermal and Wind Environment

碩士 === 國立政治大學 === 地政研究所 === 103 === According to Urban Heat Island’s studies by Lin et al. (1999) and Chien et al. (2012), urban heat island intensity (UHIs) of Taipei didn’t get an obvious improvement from 1999 to 2012. UHIs of Taipei was 4.5℃ in the midnight in 1999, 4.38℃ in the midnight in 2012...

Full description

Bibliographic Details
Main Authors: Chen, Chien Hung, 陳建宏
Other Authors: Sun, Chen Yi
Format: Others
Language:zh-TW
Online Access:http://ndltd.ncl.edu.tw/handle/28852774597634692104
id ndltd-TW-103NCCU5133033
record_format oai_dc
spelling ndltd-TW-103NCCU51330332016-08-17T04:23:35Z http://ndltd.ncl.edu.tw/handle/28852774597634692104 CFD Simulation of The Suitability of Jian-Kang Community from The Perspective of Thermal and Wind Environment 以風環境與熱環境觀點模擬社區規劃之適宜性- 台北市健康社區為例 Chen, Chien Hung 陳建宏 碩士 國立政治大學 地政研究所 103 According to Urban Heat Island’s studies by Lin et al. (1999) and Chien et al. (2012), urban heat island intensity (UHIs) of Taipei didn’t get an obvious improvement from 1999 to 2012. UHIs of Taipei was 4.5℃ in the midnight in 1999, 4.38℃ in the midnight in 2012 and 6.18℃ in the daytimes in 2012. Obviously, there are several high temperature area appeared in the years. This study tries to measure the thermal comfort between the area inside Jian-Kang community and the streets’ environment around Jian-Kang community. Furthermore, this study utilize CFD simulation that can help the study knows the reason effects thermal comfort. As the result of the study, the area inside Jian-Kang community has higher temperature after sunset. In the morning, it will have difference due to the shadow and green situation. Also, the simulation results show that the draft condition of the community will influence the thermal comfort. In the future, this study suggests some strategy to have a better urban environment. First, increase much more greening measures. Second, preserve open spaces to improve the ventilation when deciding the community’s design. Third, consider the urban environmental factors when rule the building’s height. Sun, Chen Yi 孫振義 學位論文 ; thesis 142 zh-TW
collection NDLTD
language zh-TW
format Others
sources NDLTD
description 碩士 === 國立政治大學 === 地政研究所 === 103 === According to Urban Heat Island’s studies by Lin et al. (1999) and Chien et al. (2012), urban heat island intensity (UHIs) of Taipei didn’t get an obvious improvement from 1999 to 2012. UHIs of Taipei was 4.5℃ in the midnight in 1999, 4.38℃ in the midnight in 2012 and 6.18℃ in the daytimes in 2012. Obviously, there are several high temperature area appeared in the years. This study tries to measure the thermal comfort between the area inside Jian-Kang community and the streets’ environment around Jian-Kang community. Furthermore, this study utilize CFD simulation that can help the study knows the reason effects thermal comfort. As the result of the study, the area inside Jian-Kang community has higher temperature after sunset. In the morning, it will have difference due to the shadow and green situation. Also, the simulation results show that the draft condition of the community will influence the thermal comfort. In the future, this study suggests some strategy to have a better urban environment. First, increase much more greening measures. Second, preserve open spaces to improve the ventilation when deciding the community’s design. Third, consider the urban environmental factors when rule the building’s height.
author2 Sun, Chen Yi
author_facet Sun, Chen Yi
Chen, Chien Hung
陳建宏
author Chen, Chien Hung
陳建宏
spellingShingle Chen, Chien Hung
陳建宏
CFD Simulation of The Suitability of Jian-Kang Community from The Perspective of Thermal and Wind Environment
author_sort Chen, Chien Hung
title CFD Simulation of The Suitability of Jian-Kang Community from The Perspective of Thermal and Wind Environment
title_short CFD Simulation of The Suitability of Jian-Kang Community from The Perspective of Thermal and Wind Environment
title_full CFD Simulation of The Suitability of Jian-Kang Community from The Perspective of Thermal and Wind Environment
title_fullStr CFD Simulation of The Suitability of Jian-Kang Community from The Perspective of Thermal and Wind Environment
title_full_unstemmed CFD Simulation of The Suitability of Jian-Kang Community from The Perspective of Thermal and Wind Environment
title_sort cfd simulation of the suitability of jian-kang community from the perspective of thermal and wind environment
url http://ndltd.ncl.edu.tw/handle/28852774597634692104
work_keys_str_mv AT chenchienhung cfdsimulationofthesuitabilityofjiankangcommunityfromtheperspectiveofthermalandwindenvironment
AT chénjiànhóng cfdsimulationofthesuitabilityofjiankangcommunityfromtheperspectiveofthermalandwindenvironment
AT chenchienhung yǐfēnghuánjìngyǔrèhuánjìngguāndiǎnmónǐshèqūguīhuàzhīshìyíxìngtáiběishìjiànkāngshèqūwèilì
AT chénjiànhóng yǐfēnghuánjìngyǔrèhuánjìngguāndiǎnmónǐshèqūguīhuàzhīshìyíxìngtáiběishìjiànkāngshèqūwèilì
_version_ 1718377772838027264