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The influence of urban building orientation on the risk of heat stress from being in the courtyard area during the peak summer period Cover

The influence of urban building orientation on the risk of heat stress from being in the courtyard area during the peak summer period

Open Access
|Nov 2024

Figures & Tables

FIGURE 1.

Scheme of blocking sections of a residential building (studied surfaces)
Source: own work.
Scheme of blocking sections of a residential building (studied surfaces) Source: own work.

FIGURE 2.

The amount of direct solar radiation hitting the horizontal surface of the yard, depending on the orientation with respect to the cardinal points, considering the shading
Source: own work.
The amount of direct solar radiation hitting the horizontal surface of the yard, depending on the orientation with respect to the cardinal points, considering the shading Source: own work.

FIGURE 3.

The scheme of the relationship between the shading coefficient and the average temperature of the underfloor surface of the courtyard of a residential building at different orientations with respect to the cardinal points
Source: own work.
The scheme of the relationship between the shading coefficient and the average temperature of the underfloor surface of the courtyard of a residential building at different orientations with respect to the cardinal points Source: own work.

FIGURE 4.

The scheme of the relationship of the total amount of direct solar radiation falling on the underfloor surface of the yard to the average temperature of the surface of the yard of a residential building at different orientations with respect to the sides of the world
Source: own work.
The scheme of the relationship of the total amount of direct solar radiation falling on the underfloor surface of the yard to the average temperature of the surface of the yard of a residential building at different orientations with respect to the sides of the world Source: own work.

Calculation of the total amount of direct solar radiation on the horizontal surface and on the surface of the facades, depending on the orientation with respect to the sides of the world, considering shading during a day in July 2021 having an average monthly temperature of 24_6°C

Surface nameSurface area [m2]Shading [%]
SSESWNENWNWE
Facade 11 05048.861.542.780.436.054.228.880.9
Facade 21 90031.140.740.770.670.686.850.450.4
Facade 31 05048.942.561.531.680.254.480.728.9
Underlying surface of the yard2 20042.536.536.553.053.062.841.441.4
Total shading [%]1 05048.861.542.780.436.054.228.880.9
××Direct solar radiation [W·m−2]
SSESWNENWNWE
Facade 11 0504 2302 7924 0334 1275 4116 6083 446640
Facade 21 9003 8214 1455 1742 7374 6671 1506 4734 309
Facade 31 0506 1234 8994 7614 1252 5384 3813673 377
Underlying surface of the yard2 2007 3936 5277 0785 9246 7206 5556 7125 566

Average heating temperature of the facades during daylight hours adjacent to the courtyard, July 2021, Kyiv, with an average monthly temperature of 24_6°С

Surface nameSurface area [m2]S t [°C]SE t [°C]SW t [°C]NE t [°C]NW t [°C]N t [°C]W t [°C]E t [°C]
Facade 11 05029.727.131.025.829.829.228.324.8
Facade 21 90030.830.331.825.826.724.829.427.8
Facade 31 05031.931.228.928.625.427.624.728.2
Underlying surface of the yard2 20034.634.335.128.829.428.330.529.8
DOI: https://doi.org/10.22630/srees.9953 | Journal eISSN: 2543-7496 | Journal ISSN: 1732-9353
Language: English
Page range: 388 - 400
Submitted on: Sep 6, 2024
Accepted on: Nov 4, 2024
Published on: Nov 19, 2024
Published by: Warsaw University of Life Sciences - SGGW Press
In partnership with: Paradigm Publishing Services

© 2024 Olena Voloshkina, Tetiana Tkachenko, Illia Sviatohorov, Yuliia Bereznytska, published by Warsaw University of Life Sciences - SGGW Press
This work is licensed under the Creative Commons Attribution-NonCommercial 4.0 License.