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pooria saadati vaghar

pooria saadati vaghar

Academic rank: Assistant Professor
ORCID:
Education: PhD.
ScopusId:
HIndex:
Faculty: Civil Engineering and Architecture
Address: Malayer, Malayer University, Faculty of Civil Engineering and Architecture,
Phone:

Research

Title
ارزیابی تاثیر فشار روانی ناشی از فرم ساختمان های بلند مرتبه بر شهروندان (ارتفاع، عرض و نسبت ارتفاع به عرض)
Type
JournalPaper
Keywords
Tall building Oppression View sphere Vegetation Form
Year
2019
Journal ENVIRONMENTAL IMPACT ASSESSMENT REVIEW
DOI
Researchers pooria saadati vaghar

Abstract

The tremendous growth in the development of tall buildings has necessitated assessment of their oppressive impact on citizens. Accordingly, this study seeks to assess the oppression caused by changes in the form of tall buildings (i.e. height, width, and height-to-width ratio) on observers at different distances. For this purpose, an assessment framework was developed based on the literature and examined through a case study with the results being compared with the criterion of permissible oppression (a visual weight of 8%) that can be endured by citizens. Finally, the accuracy of the results was evaluated by a survey of people's opinions. The findings indicated a relative correlation between the results of the framework and the participants' opinions, through there were some differences. Based on our survey, the effect of the building's height on oppression was generally more significant than that of the width. In scenarios where the height of the building was fixed, the width of 20m was a critical point in oppression. If the building's width exceeded 20 m, the oppressive effect on citizens would significantly increase. Given a constant height, changing the height-to-width ratio from 2 to 3 was more effective in reducing oppression than altering it from 3 to 4. In conclusion, tall buildings with a height of 60m or higher and a width of 15m or higher on streets which are 30m wide or narrower impose the highest oppression on the observer which can be mitigated with sufficient vegetation in front of the building.