On the Ventilation Layout Pattern of Buildings to Reduce the Risk of Transmission of Respiratory Infectious Diseases from the Perspective of Healthy City: The case of Wuhan Community

Jie Zhou; Xiran Liu; Jingran Song; Shiting Han; Yunlian Shi; Ying Sa

doi:10.54691/whjcw956

Authors

Jie Zhou
Xiran Liu
Jingran Song
Shiting Han
Yunlian Shi
Ying Sa

DOI:

https://doi.org/10.54691/whjcw956

Keywords:

Novel Coronavirus; Demand-driven Ventilation Methods; Architectural Layout; Healthy Buildings; Wuhan.

Abstract

This study focuses on the Wuhan community and examines the significance of architectural layout in the development of healthy cities. The aim is to establish an architectural ventilation layout model conducive to reducing the risk of respiratory infectious disease transmission. By amalgamating infection occurrence of illness data and simulating environmental conditions, the effectiveness of optimized ventilation layouts in reducing transmission rates was validated. Concurrently, in conjunction with simulation outcomes, a natural ventilation architectural layout scheme conducive to mitigating virus transmission was proposed. Grounded in the perspective of healthy urban development, this research employs computational simulations and other methodologies to propose a practical approach towards reducing transmission rates, specifically from the vantage point of ventilation layout.

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