Sensation Threshold on Micro Climatic Factors of Commercial Block in Severe Cold Cities: Take Commercial Pedestrian Street in Central Avenue as an Example
Authors: 
Lu Ming, Hou TuoyuAuthors Info & Claims
Lu Ming, Hou TuoyuAuthors Info & ClaimsPages 47 - 50
Abstract
This study investigated the sensation and evaluation of micro climate environment based on the people's behavior and activity characteristics. Environmental measurement on micro climate was tested in different field taken the commercial pedestrian street in Harbin Central Avenue as an example. In this paper, the seasons of severe cold cities are divided into four periods including severe cold, cold, transition and hot according to the regional climate throughout the year. The interval mathematical statistics method was applied to calculate the micro climate threshold corresponding to the sensation evaluation of people's activities. The result from threshold analysis could provide sub indicators for the comprehensive evaluation of micro climate in the commercial district. The aim of the study is to provide technical methods and quantitative basis for the micro climate regulation management and decision-making in the commercial district.
References
[1]
Yulang Zeng, Liang Dong, 2013. Research on Summer Microclimate Environment of Pedestrian Street: A Case Study of the Kuan Zhai Alley. J. Chinese Landscape Architecture (Aug. 2013), 92--96.
[2]
Ruizhui Chen, Liang Dong, 2009. Review of Foreign Studies on Microclimate Comfortableness and Its Enlightenment. J. Chinese Garden (Nov. 2009), 81--83.
[3]
Nikolopoulou M, Lykoudis S, 2007. Use of Outdoor Spaces and Microclimate in a Mediterranean Urban Area. J. Building and Environment Res. 42 (Oct. 2007), 3691--3707.
[4]
Thorsson, S. et al, 2007. Thermal Comfort and Outdoor Activity in Japanese Urban Public Places. J. Environment and Behavior (2007), 660--684.
[5]
M. H. Halstead, 1979. Advances in Software Science. J. Advances in Computers(1979), 119--172.
[6]
Lei Zhang, Qinglin Meng, Lihua Zhao, et al, 2008. Simplified Method to Calculate Evaluation Index of Urban Thermal Environment in Hot-Humid Regions. J. Journal of South China University of Technology (Nov. 2008), 96--100.
[7]
Lin T, 2009. Thermal Perception, Adaptation and Attendance in a Public Square in Hot and Humid Regions. J. Building and Environment(2009), 2017--2026.
[8]
Borong Lin, Ying Li, Bin Zhao, et al,2002. Predicting and Evaluating the Residential Outdoor Thermal Environment in the Design of Urban Environment. J. Urban Environment & Urban Ecology(Jan. 2002), 41--43.
[9]
Rong Guo, Mengshi Huang, 2016. The Delimitation of Urban Development Boundary from the Perspective of Stock Planning. J. Planners (Oct. 2016), 57--61.
[10]
Boukhabl M, Alkam D, 2012. Impact of vegetation on thermal condition outside, thermal modeling of urban microclimate,case study: the street of the Republic, Biskra. J. Energy Procedia,(2012), 73--84.
[11]
Smith J M, 2016. Strategies to Position Behavior Analysis as the Contemporary Science of What Works in Behavior Change. J. The Behavior Analyst (2016), 75--87.
[12]
Yi Qu, Ming Lu, 2016, Research Progress and Development Trend of Ecological Network Planning. J. Urban Development Studies(2016), 29--36.
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Published In
March 2017
122 pages
ISBN:9781450352307
DOI:10.1145/3070617
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Association for Computing Machinery
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Published: 29 March 2017
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IEEA '17
IEEA '17: 6th International Conference on Informatics, Environment, Energy and Applications
March 29 - 31, 2017
Jeju, Republic of Korea
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